What Production Needs Is the Spire 2130 CNC Router Best Suited For?

The CK-2130-WSP CNC router is ideal for manufacturers requiring large-format panel machining, high production efficiency, stable operation, and versatile workholding options. With a 2100 × 3000mm working area, it is suitable for processing wooden doors, cabinets, wardrobes, custom furniture, furniture panels, and wooden decorative products, including engraving, grooving, and cutting large panels. For batch production, frequent workpiece changes, and standardized manufacturing, the hybrid vacuum and T-slot worktable, pneumatic positioning cylinders, independently adjustable dual-rod pressure rollers, and rear auxiliary loading rollers simplify workpiece clamping and loading. Combined with a 5.5kW water-cooled spindle, servo drive system, and heavy-duty bed, the machine supports efficient machining, stable operation, and consistent results. If you are upgrading from a smaller CNC router, seeking to improve continuous panel processing, reduce manual handling, or expand production capacity for future orders, the SPIRE 2130 is a practical option to consider.

What Are the Working Size Advantages of the Spire 2130 CNC Router Compared with the 1325?

The CK-2130-WSP offers a 2100 × 3000mm working area, compared with the typical 1300 × 2500mm area of a 1325 CNC router. This increases the total machining area from 3.25m² to 6.3m², an increase of approximately 94%. The larger workspace accommodates bigger panels and provides more flexibility for nesting complex parts and batch production. Greater flexibility for large panels: The 2130 handles larger wooden doors, wardrobe side panels, cabinet components, and other furniture parts that may exceed the working range of a 1325, reducing the need for additional cutting, segmented machining, or repositioning. More nesting space and layout options: The larger worktable allows more flexible part arrangements and toolpath planning. For custom furniture and mixed-panel production, this can reduce unnecessary material changes and repeated clamping. Actual material utilization depends on part dimensions and nesting layout. Better suited to batch production: Multiple workpieces can be arranged within the same working area, potentially reducing repeated loading and repositioning. This is beneficial for manufacturers processing wooden doors, cabinets, wardrobes, and furniture panels in various sizes. Room for future production growth: For businesses planning to accept larger custom orders, expand their product range, or increase batch output, the 2130 provides additional machining capacity and may delay the need for an equipment upgrade. Overall, the 1325 is suitable for standard-size panels and relatively fixed machining requirements, while the 2130 is better suited to manufacturers that frequently process larger workpieces, require flexible nesting, or plan to expand batch production.

What Are the Advantages of Vacuum Clamping, Aluminum T-Slots, and Dual-Rod Pneumatic Pressure Rollers?

The CK-2130-WSP CNC router offers three workholding methods: vacuum clamping, aluminum alloy T-slot clamping, and dual-rod pneumatic pressure rollers. Each method suits different workpiece sizes, shapes, and machining processes, providing flexibility in setup, clamping efficiency, and machining stability for wooden doors, cabinets, wardrobes, and custom furniture panels. Vacuum Clamping — Fast Setup for Large Panels: Vacuum pressure holds panels securely against the worktable without conventional mechanical clamps, reducing setup time and keeping the machining area clear. Combined with independent vacuum zones, it allows operators to select the appropriate clamping area for different panel sizes, making it ideal for engraving, grooving, and cutting flat panels in batch production. Aluminum Alloy T-Slots — Flexible Mechanical Clamping: Hold-down clamps, bolts, and dedicated fixtures can be positioned as needed to secure small panels, irregularly shaped workpieces, or materials unsuitable for vacuum clamping. Since mechanical clamping does not depend on vacuum pressure or an airtight panel surface, it accommodates a wider variety of workpieces and machining requirements. Dual-Rod Pneumatic Pressure Rollers — Independent or Auxiliary Clamping: The dual-rod pneumatic mechanism raises and lowers the rollers to apply downward pressure on workpieces. The rollers can be used independently or combined with vacuum clamping to enhance workpiece stability. This flexible arrangement helps reduce lifting, vibration, and shifting during machining, adapting to different materials and processing conditions. Each method has distinct advantages: vacuum clamping enables fast setup for large panels, T-slots provide adaptable mechanical clamping, and pneumatic pressure rollers offer independent or supplementary hold-down force. By selecting the appropriate method or combining them when suitable, operators can improve workholding flexibility, machining stability, and overall production efficiency.

What Are the Advantages of Dual-Servo Y-Axis Drive Compared with a Single-Motor Drive?

The CK-2130-WSP CNC router uses dual servo motors to independently drive both sides of the gantry. Compared with a single-motor drive, this configuration better meets the demands of large-format CNC routers for driving force, smooth motion, and coordinated gantry movement. Balanced Drive Force: Separate motors drive each side of the gantry, helping distribute the driving load more evenly and reducing reliance on cross-machine transmission mechanisms. This provides effective drive support for large-format, heavy-duty machining. Smoother Gantry Movement: Dual-side drive helps coordinate movement on both sides of the gantry, reducing the risk of skewing caused by uneven loading. Combined with the heavy-duty bed, reinforced gantry beam, and high-rigidity transmission system, it supports stable movement during rapid positioning and continuous machining. Better Suited to Large-Format Machining: Larger working areas generally involve wider gantry spans and greater moving loads. Independent servo drives on both sides provide suitable driving power for the 2100 × 3000mm working area of the CK-2130-WSP. Overall, dual-servo Y-axis drive provides independent power on both sides of the gantry, helping improve motion coordination, operational stability, and dynamic performance in large-format CNC machining.

What Should You Pay Attention to During Daily CNC Router Operation?

To ensure reliable operation, consistent machining quality, and long service life, daily CNC router use requires attention to operating procedures, tooling, workpiece clamping, cleaning, lubrication, cooling, and electrical safety. For a large-format machine like the CK-2130-WSP, the following practices are particularly important: Follow Proper Operating Procedures: Before machining, verify the program, tool parameters, workpiece origin, and machining boundaries. After changing a program or before the first cut, perform a dry run or check the toolpath using the handwheel to confirm correct movement and positioning. Inspect the Tool and Spindle: Check that the tool is securely installed, undamaged, and suitable for the material. Stop the machine promptly if unusual vibration, noise, or reduced cutting performance occurs. Secure Workpieces Properly: Select vacuum clamping, aluminum T-slot fixtures, or dual-rod pneumatic pressure rollers according to the workpiece. Check vacuum pressure and sealing, ensure mechanical clamps and rollers hold securely, and prevent interference with the toolpath. Keep the Machine Clean: Regularly remove wood chips and dust from the worktable, linear guides, racks, and transmission areas. Stop the machine before cleaning, and avoid blowing debris into electrical cabinets, bearings, or guide systems with compressed air. Check the Lubrication System: Monitor the automatic lubrication reservoir and confirm normal oil delivery. Inspect the guides, racks, and other transmission components according to the maintenance schedule, addressing insufficient lubrication or abnormal wear promptly. Maintain Spindle Cooling and Electrical Safety: For the water-cooled spindle, check the chiller, coolant level, and hose connections. Inspect cables, air hoses, and electrical connections regularly. Stop operation if damage, loose connections, or abnormal heating occurs; electrical repairs should be performed by qualified personnel. Inspect Safety Devices: Check that photoelectric limits, mechanical stops, and emergency-stop functions operate correctly. Never bypass safety devices or approach moving components during operation. Do not clean, measure, or manually adjust the machine while the spindle is running. Keep Maintenance Records: Record operating hours, tool changes, lubrication, cooling-system inspections, and faults. Set inspection intervals according to the user manual, machining workload, and workshop conditions. Following proper operating procedures and scheduled maintenance helps reduce failures and unplanned downtime, maintain machining quality, improve production efficiency, and extend machine service life.

What Are the Advantages of CATEKCNC Self-Developed Water-Cooled and Air-Cooled Spindles?

CATEKCNC self-developed water-cooled and air-cooled spindles use different cooling methods and offer distinct advantages in rotational speed, torque characteristics, and machining applications. Water-cooled spindles are better suited to high-speed operation and extended engraving, while air-cooled spindles emphasize torque output and cutting performance. The right choice depends on machining requirements, production schedules, and operating conditions. Water-Cooled Spindle — High Speed for Extended Engraving: Circulating coolant removes heat generated during operation, helping maintain stable spindle temperatures when paired with a chiller. Water-cooled spindles are generally well suited to high-speed engraving, intricate patterns, complex contours, and long periods of continuous machining. They also typically operate more quietly than air-cooled models. Regular checks of coolant circulation, fluid levels, and hose connections help ensure reliable cooling. Air-Cooled Spindle — Strong Torque Characteristics for Cutting: Using fan-driven airflow for cooling, air-cooled spindles do not require a separate chiller or coolant circulation system, simplifying installation and maintenance. Depending on the model and operating speed, they are well suited to panel cutting, grooving, and other applications involving heavier cutting loads. Actual cutting performance depends on spindle power, torque characteristics, speed range, and tooling. Keep cooling passages clear and free of excessive dust. Overall, a water-cooled spindle is worth considering for high-speed engraving, detailed patterns, and extended continuous operation. For users prioritizing cutting performance, heavier machining loads, and simpler maintenance, an appropriately specified air-cooled spindle may be the better fit.

MEET CATEKCNC

CATEK · Spire

Name: 2130 CNC Wood Router with Vacuum and T-Slot Worktable
Brand: CATEKCNC
SKU: CATEKCNC-CK-2130-WSP-VT
Price: 6790.00 USD
Availability: InStock
Rating: 5.0 (1 reviews)

2130 CNC Wood Router with Vacuum and T-Slot Worktable

5.0 Rating (0 customer reviews)

· Function Description ·

The Spire 2130 (7 × 10 ft) CNC router delivers excellent value with a hybrid worktable combining vacuum and T-slot clamping, plus dual-rod pneumatic pressure rollers for versatile workholding across a wide range of machining applications.

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Brand: CATEKCNC
Model: CK-2130-WSP-VT
Tags: Spire Series, Dual-Mode Worktable
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CATEK · Spire

Built Around a Full-Size Worktable, Combining Heavy-Duty Construction, Precision Transmission, and Intelligent Control for Enhanced Machining Performance.

The CK-2130-WSP-VT is a high-end Spire series CNC router designed for efficient large-format panel processing. With an expansive 2100 × 3000 mm (7 × 10 ft) working area, it easily accommodates full-sheet machining of wooden doors, wardrobes, cabinets, furniture panels, and decorative boards. Compared with smaller CNC routers, its larger working area reduces the need for panel splitting and repeated clamping, enabling efficient cutting, slotting, hollowing, engraving, and other operations to meet the batch production needs of the custom furniture, wooden door, and furniture industries.

The CK-2130-WSP-VT integrates multiple workholding methods, including vacuum adsorption, aluminum T-slot clamping, and dual-rod independent pneumatic pressure rollers. These options can be selected according to workpiece requirements for fast setup and stable machining. Combined with a 5+3 pneumatic positioning system and auxiliary loading rollers, it streamlines panel loading, positioning, and processing. The Taiwan LNC MW2200A CNC control system, wireless keyboard and mouse, and wireless electronic handwheel make program operation, machine setup, and machining control simpler and more convenient.

As a large-format, high-end model in the Spire series, the CK-2130-WSP-VT features a heavy-duty welded bed and reinforced gantry structure. It is equipped with HIWIN heavy-duty linear guides, YYC ground helical racks, TBI ground ball screws, Shimpo reducers, and CATEKCNC-developed servo systems, combining high rigidity, precision, and operational stability. Even when processing large panels under heavy cutting loads or during extended continuous operation, the machine maintains stable performance.

The machine incorporates photoelectric limit switches, mechanical collision protection, electrical interlocks, and multiple electrical safeguards to provide comprehensive protection. Spire series after-sales benefits include a five-year extended free warranty, 7×24 technical support, lifetime free maintenance, and free software upgrades, along with dedicated one-on-one after-sales assistance and free programming and drawing services. From installation through long-term production, the CK-2130-WSP-VT delivers ongoing professional support, making it a high-value machining solution for increasing productivity and reducing overall production costs.

Core Advantages of Spire 2130 CNC Router: Four Dimensions to Reshape the Standards of High-Efficiency Production

01.

Full-Size Hybrid Worktable,
Versatile Panel Processing.

The CK-2130-WSP-VT is designed for large-format panel machining, featuring an expansive 2100 × 3000 mm (7 × 10 ft) working area to accommodate panels of various sizes across the furniture, woodworking, and advertising industries. From full-size sheets to smaller custom panels, it handles cutting, slotting, hollowing, and engraving without frequent adjustments to the machining area. The generous workspace is ideal for full-size wooden doors, wardrobe side panels, cabinet panels, furniture boards, and large decorative panels, while offering flexible nesting for workpieces of different sizes.

02.

Three Workholding Options,
Flexible and Secure Clamping.

The Spire 2130 CNC router integrates three workholding methods: vacuum adsorption, aluminum T-slot clamping, and independently controlled dual-rod pneumatic pressure rollers. Select the appropriate method according to panel size, shape, and machining requirements. Vacuum adsorption quickly secures large panels, T-slot clamps hold smaller or irregular workpieces, and rubber-coated pneumatic rollers apply continuous downward pressure when additional restraint is needed. These methods can be used individually or in combination for faster, more stable clamping of wooden doors, wardrobe and cabinet panels, and irregular furniture components, reducing repeated manual adjustments.

03.

LNC CNC Control,
Convenient Wireless Operation.

The Spire 2130 features a Taiwan LNC MW2200A CNC control system, a 2.4 GHz wireless keyboard and mouse, and a wireless electronic pulse handwheel. Program management, parameter settings, manual positioning, and machining control are integrated into an intuitive interface. The wireless keyboard and mouse reduce cable clutter around the control cabinet, while the handwheel supports axis selection, feed-rate adjustment, and flexible remote operation. Machine setup, workpiece positioning, tool setting, and machining monitoring become more convenient. With a multilingual interface and compatibility with commonly used machining program formats, the system simplifies program switching and machine control for tasks such as panel nesting, wooden door profiling, and intricate engraving, lowering the learning curve and improving productivity.

04.

Comprehensive Safety,
Five-Year Warranty.

The machine incorporates multiple safety measures across its mechanical structure, electrical system, and maintenance design. All three axes feature Omron photoelectric limit switches, complemented by L-shaped aluminum mechanical collision stops and rubber buffers for dual electronic and mechanical protection. The machine uses a Schneider electrical system with overload, short-circuit, surge, phase-sequence, and interlock protection to help reduce risks under abnormal operating conditions. After-sales support includes a five-year free machine warranty, 7×24 professional technical support, lifetime free maintenance, and free software upgrades. Complete operating documentation, maintenance guides, and a dedicated toolbox are also provided, supporting the machine from installation and commissioning through daily production and long-term maintenance.

Choosing the
Spire 2130 CNC Router
means choosing

Greater Panel Processing Capacity

With an expansive 7 × 10 ft working area, the machine provides ample space for panel nesting and mixed-size layouts, easily handling large wooden doors, furniture panels, and decorative boards.

Greater Production Flexibility

Handle orders with different sizes, structures, and machining requirements without frequent equipment changes or workflow adjustments. One machine adapts to diverse production tasks, improving overall equipment utilization.

Greater Overall Equipment Value

Combines large-format machining, flexible workholding, intelligent control, and comprehensive safety features in one machine, meeting diverse production needs while reducing redundant equipment investment.

Reliable Long-Term Support

Designed for convenient operation, comprehensive safety, and straightforward maintenance, with extended warranty coverage and professional technical support to support stable, long-term production and sustained productivity.

Heavy-Duty Gantry Structure Ensures Machining Stability.

Heavy-duty bed of Spire 2130 CNC wood router machine

Heavy-Duty Reinforced Bed Base to Spire 2130

The Spire 2130 CNC router features a heavy-duty bed designed specifically for its large 2100 × 3000 mm (7 × 10 ft) working area. Constructed from thickened carbon steel tubing with a reinforced welded frame, the bed is optimized through AI-based structural simulation and load analysis to improve rigidity and distribute loads more evenly. A continuous thick steel plate enhances support across the machining area, while six heavy-duty support legs provide stable, multi-point support, reducing vibration and displacement under heavy loads and during extended operation.
After welding, the bed undergoes vibration stress relief and annealing to release residual stresses and minimize long-term deformation. Thickened steel strips reinforce the mounting areas for linear guides and racks, improving strength and resistance to deformation. A large five-axis gantry milling machine then precisely machines critical mounting surfaces to improve flatness, parallelism, and positional accuracy. This combination of reinforced construction, stress relief, and precision machining provides accurate mounting references for the motion system, helping maintain machining precision and long-term stability.
Given the Spire 2130's large working area and extended Y-axis travel demand high structural rigidity and transmission stability. To meet these requirements, the Y-axis features 30 mm heavy-duty linear guides and a dual-row parallel layout for the guides and racks, based on heavy-duty CNC nesting machine designs. This configuration distributes gantry loads more effectively and reduces vibration during high-speed movement and heavy cutting. Precision-machined mounting surfaces ensure consistent alignment, while the durable powder-coated finish provides rust, wear, and scratch resistance, protecting the bed in demanding industrial environments and extending its service life.

High rigidity gantry beams of Spire 2130 CNC wood router machine

High rigidity gantry columns of Spire 2130 CNC wood router machine

Reinforced Heavy-Duty Crossbeam and Vertical Columns

The Spire 2130 CNC router features a specially lengthened and thickened crossbeam designed for its large working area and extended X- and Y-axis travel. Its reinforced cross-section improves rigidity and resistance to bending and torsion under high-speed movement and cutting loads. Combined with the heavy-duty bed and reinforced vertical columns, it forms a rigid gantry structure that reduces vibration and deformation, helping maintain stable spindle positioning during large-format machining.
Both sides of the crossbeam feature reinforced vertical columns built from thick steel plates and heavy-duty square steel tubing, with additional side supports forming a rigid box-like structure. Designed using structural principles from heavy-duty CNC nesting machines, these columns provide greater load capacity and resistance to deformation. Reinforced connections between the columns, crossbeam, and bed create a stable load-bearing framework for heavy cutting and extended continuous operation.
Thickened steel strips reinforce the X-axis guide and rack mounting areas to improve strength and resistance to deformation. Critical mounting and connection surfaces are precision-machined on a large milling machine in a single setup, reducing cumulative errors from repeated clamping while improving positional accuracy, parallelism, and perpendicularity. This combination of structural reinforcement and precision machining provides accurate mounting foundations for the motion system, enhancing operational stability and long-term machining consistency.

46mm Anodized aluminum z-axis mounting plate for Spire 2130 CNC wood router machine

46mm Extra-Thick Anodized Aluminum Z-Axis Plate

The Spire 2130 CNC router features a 46mm extra-thick aluminum alloy Z-axis plate, providing superior rigidity and resistance to bending and torsion compared with conventional plates. Made from a single piece of high-strength aluminum alloy and precision-milled in one operation, including the mounting holes for the gantry connection, it reduces cumulative errors from separate machining and assembly. This ensures dimensional consistency and precise installation for the Z-axis guides, spindle, and other critical components.
Despite its 46mm thickness, the aluminum alloy construction offers a lighter alternative to steel, reducing the overall moving mass of the Z-axis assembly. Lower inertia improves servo responsiveness during frequent lifting, acceleration, and deceleration, while reducing additional loads on the linear guides, ball screw, and drive system. This balance of high rigidity and lightweight construction helps the Spire 2130 achieve stable machining, efficient motion, and reliable long-term operation.
After precision machining, the 46mm aluminum plate undergoes sandblasting and hard anodizing to create a durable protective surface. These treatments improve wear and corrosion resistance while protecting the aluminum substrate from damage in demanding industrial environments with wood chips and dust. The uniform sandblasted finish also enhances surface appearance, combining practical protection with a refined industrial finish for long-term durability.

Adjustable leveling feet for Spire 2130 CNC wood router machine

High-Strength Adjustable Support Feet

The Spire 2130 CNC router is equipped with six heavy-duty adjustable support feet designed for its large 2100 × 3000 mm frame. Each foot supports up to 2,000 kg, providing ample load capacity for the machine. Made with thick solid carbon steel bases, the feet offer excellent compressive strength and deformation resistance, transferring machine and machining loads securely to the floor. The six-point support layout improves stability and helps reduce movement caused by changing loads during operation.
Each support foot features a thick solid carbon steel base with an electroplated finish for durability and corrosion resistance. The high-strength steel adjustment screw is precision-threaded using a whirling milling process for consistent thread profiles and reliable engagement. Its chrome-plated surface further resists corrosion and wear, helping prevent rust and binding during repeated adjustments. The heavy-duty threaded mechanism allows precise leveling according to floor conditions, providing a stable installation foundation and simplifying machine setup and maintenance.
The bottom of each foot is fitted with a thick, environmentally friendly PVC pad featuring a textured, anti-slip surface. Its wear-resistant, heat-resistant, and elastic material improves floor grip and reduces the risk of machine displacement. The injection-molded design resists separation while providing cushioning to absorb some high-frequency vibration and reduce rigid impact between the machine and floor. The pads also offer a degree of anti-static protection, making them suitable for demanding CNC machining environments.

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Top-of-the-Line Transmission System Ensures Machining Accuracy.

Hiwin (Taiwan) P level 25 linear guideways of Spire 2130 CNC wood router machine

Hiwin (Taiwan) P level 30 linear guideways of Spire 2130 CNC wood router machine

Taiwan HIWIN Heavy-Duty Ball-Type Linear Guides

The Spire 2130 CNC router uses Taiwan HIWIN 25mm HG-series ball-type linear guides on the X and Z axes, providing precise, stable linear guidance for the spindle and Z-axis assembly. The HG series features a four-row, single circular-arc contact design that combines high load capacity, rigidity, and precision. Its 45° contact angle enables equal load distribution in four directions, allowing the guides to withstand vertical and lateral forces. Self-aligning capability also helps compensate for minor mounting surface errors, ensuring smooth motion during high-speed travel, frequent starts and stops, and continuous cutting.
Given the Spire 2130's large 2100 × 3000 mm working area and extended Y-axis travel, the Y-axis is equipped with reinforced 30mm HIWIN heavy-duty linear guides matched to the machine's heavy-duty bed and reinforced gantry. Compared with standard 25mm guides, the 30mm size provides greater load capacity and rigidity to withstand dynamic forces during high-speed gantry movement and heavy cutting. Combined with the dual-row parallel layout of the Y-axis guides and racks, this configuration creates a stable guidance and support system that distributes loads more effectively and reduces gantry sway and vibration across the full working range.
The HIWIN HG series features four rows of steel balls with a 45° contact angle, delivering stable load-bearing performance in multiple directions. Radial rigidity reaches up to 1,599 N/μm, with a maximum static load capacity of 420 kN, providing substantial support for large-format CNC machining. The combination of 25mm guides on the X and Z axes and reinforced 30mm guides on the Y-axis balances precision, rigidity, and load capacity, helping the Spire 2130 CNC router maintain smooth motion, handle heavy-duty machining, and preserve long-term accuracy.

YYC ground helical gear rack for Spire 2130 CNC wood router machine

Taiwan YYC High-Precision Ground Helical Racks

The Y-axis uses Taiwan YYC CHTGH-DIN6 high-precision ground helical racks with a 1.5M module, manufactured from S50C medium-carbon steel for strength and precision machining. Designed to German DIN standards, the tooth surfaces are heat-treated to HRC 50–55, then precision-ground to improve tooth profile, pitch consistency, and mounting accuracy. Total cumulative pitch error is controlled within 0.034 mm per meter, reducing transmission errors over long travel distances. For the Spire 2130's 3000mm machining length, these precision-ground racks provide accurate mechanical transmission for the X and Y axes.
The racks feature a 19°31′42″ right-hand helix angle. Compared with straight-tooth racks, helical teeth engage more progressively, reducing impact during meshing. Under the same module, the helical design increases the effective contact area, distributes loads more evenly across multiple teeth, and improves torque transmission capacity. This continuous engagement helps reduce mechanical shock during high-speed movement and frequent direction changes, enabling smoother gantry motion with less vibration and noise.
Designed for long-term, high-speed reciprocating operation, the YYC racks combine heat-treated tooth surfaces with precision grinding to achieve a surface roughness of Ra 0.8. The hardened teeth improve wear resistance, while the fine-ground surfaces reduce friction for smoother power transmission. The combination of S50C steel, HRC 50–55 surface hardness, and precision-ground tooth profiles supports high-torque transmission and reliable meshing during extended, high-frequency operation.

Taiwan TBI High-Precision Ground Ball Screw

The Z-axis uses a Taiwan TBI precision-ground ball screw, replacing conventional sliding friction with rolling ball transmission for spindle movement. The balls circulate between the screw and nut raceways, significantly reducing friction while maintaining responsive motion and positioning. Compared with conventional sliding screws, the ball screw requires only one-third of the driving torque, reducing power loss and servo motor load. Precision grinding improves thread accuracy and consistency, enabling smooth spindle movement and precise Z-axis control for fine engraving, layered machining, and complex toolpaths.
To suit the Spire 2130's Z-axis layout, the screw features an internal ball recirculation design, integrating the circulation mechanism into the nut to save space and allow a more compact installation. With low friction and high transmission efficiency, it supports responsive bidirectional movement and precise micro-positioning, with micro-feed resolution down to 0.1 μm. During frequent Z-axis movements, fine tool engagement, and small height adjustments, the screw responds quickly to control commands, reducing delays caused by mechanical backlash and friction for more accurate tool height control.
The Z-axis uses a dual-nut configuration with appropriate preload to improve rigidity and motion stability between the screw and nuts. This design enhances the system's ability to withstand dynamic loads from the spindle and machining operations while helping minimize the impact of transmission clearance on positioning accuracy. During extended production runs with frequent Z-axis movement, the dual-nut structure also helps distribute operating loads, reduce localized wear, and extend the service life of the screw drive system while maintaining long-term performance.

high-performance double diaphragm coupling of Spire 2130 CNC wood router machine

High-Precision Dual-Diaphragm Coupling

The Z-axis uses a high-precision dual-diaphragm coupling to connect the CATEKCNC 750W servo motor with the Taiwan TBI ground ball screw, ensuring stable power transmission. Its high torsional rigidity and responsive torque transfer minimize elastic deformation, allowing motor rotation to be transmitted more directly to the ball screw. With a zero-backlash design and consistent clockwise and counterclockwise rotation, the coupling reduces motion delays during frequent Z-axis movements and direction changes, helping the screw follow servo commands more accurately.
The coupling features high-strength stainless steel diaphragms that accommodate radial, angular, and axial misalignment between the motor and screw shafts while maintaining high torsional rigidity. This flexibility reduces additional stress caused by minor installation errors. With coaxiality of up to 99.99%, it helps maintain precise alignment between the servo motor and ball screw, reducing vibration and additional loads. These features improve motion smoothness and help protect critical components during frequent micro-adjustments and precise Z-axis positioning.
The coupling body is made of 7075 aerospace-grade aluminum alloy with a hardness of over 420 HL, while the diaphragms use 304 stainless steel for strength, toughness, wear resistance, and dimensional stability under repeated torsional loads. An anodized surface enhances wear and corrosion resistance, while the lightweight aluminum body reduces additional inertia. Compared with conventional jaw couplings, the dual-diaphragm design offers advantages in backlash control, torsional rigidity, and precision transmission, with a potential service life improvement of approximately 30% under proper operating conditions.

Shimpo (Japan) planetary of gear reducers of Spire 2130 CNC wood router machine

Japan Shimpo High-Precision Planetary Gear Reducer

The Y-axis servo motors are equipped with Japanese SHIMPO planetary gear reducers, connected via shaft sleeves for a compact transmission layout with fewer intermediate components. This simplifies installation, commissioning, and maintenance. The reducers lower servo motor speed while increasing torque, delivering stable power to the XY-axis rack-and-pinion system. This converts high-speed, low-torque motor output into the lower-speed, higher-torque drive required for large-format gantry movement across the 2100 × 3000 mm working area.
The reducers feature high-precision helical gears that provide more continuous tooth engagement than conventional spur gears, ensuring smoother power transmission with reduced impact and vibration. Precision manufacturing and backlash control achieve backlash as low as 0.05°, minimizing mechanical lost motion during XY-axis direction changes and improving response to servo commands. For the Spire 2130's long-travel, frequent-reversal machining operations, low-backlash transmission enhances gantry tracking and positioning response, while operating noise is kept to approximately 60 dB.
Internally, the reducers use roller bearings that provide high load capacity and resistance to deformation, delivering stable rotational support for the XY-axis transmission system. They handle dynamic loads during high-speed movement, acceleration, deceleration, and continuous machining. The enclosed design protects the gears and bearings from contaminants such as dust and wood chips. Pre-filled with long-life lubricating grease, the sealed bearing assembly can operate for approximately 20,000 hours without grease replacement under normal conditions, reducing routine maintenance and downtime for extended production runs.

Aluminum alloy limit buffer for Spire 2130 CNC wood router machine

L-Shaped High-Strength Aluminum Collision Stops

The X, Y, and Z axes are equipped with high-precision Omron photoelectric limit switches installed at the end positions of each axis. These sensors monitor travel boundaries in real time and send signals to the control system when an axis approaches its preset limit, triggering a stop to help prevent overtravel caused by programming errors, operator mistakes, or abnormal movement. For the Spire 2130's large 2100 × 3000 mm working area, independent travel protection on all three axes helps reduce the risk of collisions and component damage.
In addition to electronic limit switches, the Spire 2130 features L-shaped, high-strength aluminum collision stops at the ends of the X- and Y-axis travel, providing mechanical protection independent of the control system. Designed for the machine's large-format gantry structure, these reinforced stops offer strong impact resistance and act as physical barriers during abnormal overtravel. They provide an additional layer of protection for the linear guides, racks, reducers, and gantry structure rather than relying solely on electronic limits.
The ends of the L-shaped collision stops are fitted with high-elasticity rubber buffers that absorb part of the impact energy through elastic deformation during accidental contact, reducing shock to the machine structure. The combination of Omron photoelectric limit switches, high-strength mechanical stops, and rubber cushioning creates a multi-layer protection system. This helps reduce collision risks and enhances the long-term safety and reliability of the machine's critical moving components.

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Self-Developed Core Spindle, Capable of Processing a Wide Range of Materials.

CATEKCNC self-developed 5.5kW water-cooled spindle for Spire 2130 CNC wood router machine

CATEKCNC 5.5kW water-cooled spindle for Spire 2130 CNC wood router machine

CATEKCNC Self-Developed 5.5kW High-Speed Water-Cooled Spindle

The Spire 2130 CNC router is equipped with a CATEKCNC self-developed 5.5kW high-speed water-cooled spindle and an S&A CW5200 industrial chiller for continuous, stable cooling. Unlike conventional air-cooled spindles, the water-cooling system circulates coolant to dissipate heat generated during high-speed operation, helping control temperature rise and maintain stable performance during extended machining. Designed for continuous production, the cooling system supports 24-hour operation, providing reliable spindle power for batch manufacturing and demanding machining tasks.
With speeds of up to 24,000 rpm and an ER32 collet system, the spindle accommodates a wide range of tools up to 20mm in diameter. Its high rotational speed supports fine engraving, contour machining, slotting, pocketing, and complex surface machining. The ER32 system offers greater tool-selection flexibility, allowing operators to choose suitable tools according to cutting depth, width, and material properties. This versatility enables one machine to handle everything from detailed engraving to heavier cutting operations.
The spindle features stepless speed adjustment to suit different materials, tool diameters, and machining requirements. When processing wood and MDF, operators can select appropriate speed and feed settings according to material density and tool specifications. For acrylic and other plastics, adjusting spindle speed and feed rate helps reduce heat buildup, edge melting, and tool adhesion. With speeds up to 24,000 rpm and flexible adjustment, the Spire 2130 CNC router can accommodate both high-speed fine engraving and larger-tool cutting, helping balance machining efficiency, surface quality, and tool life across different materials.

CATEKCNC's Self-Developed Servo System Offers Superior Stability and Operational Accuracy.

CATEKCNC self-developed servo motors for Spire 2130 CNC wood router machine

CATEKCNC self-developed servo drive of Spire 2130 CNC wood router machine

CATEKCNC Self-Developed 750W Servo System

The Spire 2130 CNC router is equipped with four CATEKCNC self-developed 750W servo motors across the X, Y, and Z axes. The Y-axis uses independent dual-side servo drives, delivering balanced power to both sides of the gantry. Compared with a single-motor drive, this configuration better suits the heavy-duty gantry structure, helping reduce uneven loading during high-speed movement, acceleration, deceleration, and heavy cutting while keeping both sides moving in coordination. The Z-axis servo features a holding brake that helps prevent the spindle assembly from slipping under its own weight when the machine stops or loses power, adding an extra layer of safety.
With a maximum speed of 3,000 rpm and a response time as low as 10 ms, the CATEKCNC 750W servo motors deliver rapid dynamic response. During high-speed positioning, frequent direction changes, and complex toolpath machining, the servo system responds quickly to control commands, reducing motion lag during acceleration, deceleration, and reversing. This enables smoother three-axis coordination and more accurate dynamic tracking when machining curves, arcs, complex contours, and continuous toolpaths, balancing high travel speeds with precise motion control across the large working area.
The servo system supports up to 3.5× overload capacity, providing additional power reserves during sudden load increases, rapid starts and stops, and high-speed acceleration and deceleration. This helps reduce the risk of overload alarms and unexpected shutdowns. The servo drives also incorporate multiple protection functions, including overspeed, overvoltage, overload, and overcurrent protection. By monitoring operating conditions and triggering alarms or protective responses when abnormalities are detected, the system helps protect the motors, drives, and mechanical transmission components.

User-Friendly HMI, Effortless Operational Experience.

Control cabinet for Spire 2130 CNC wood router machine

The interface of LNC MW2200A CNC system for Spire 2130 CNC wood router machine

The Industrial control host of LNC MW2200 CNC system for Spire 2130 CNC wood router machine

Control board for the LNC MW2200 CNC system for Spire 2130 CNC wood router machine

Taiwan LNC MW2200A CNC Control System

The Spire 2130 CNC router machine is equipped with the Taiwan LNC MW2200A CNC control system, developed on a Windows platform and built into an industrial all-in-one computer. Its strong anti-interference capability helps ensure stable operation in demanding industrial electrical environments. A 21.5-inch high-definition display, keyboard, mouse, and electronic handwheel provide convenient control over program input, file selection, machining parameters, coordinate adjustment, manual movement, and automatic machining. The intuitive interface displays key information, including machining status, G-code, coordinates, program details, and spindle status, allowing operators to monitor machine operation without constantly switching screens.
The MW2200A supports machining programs generated by a wide range of CAD/CAM and nesting software, with compatibility for common G-code file formats such as TAP, NC, and TXT. Programs can be imported directly via USB drive and selected according to the workpiece, minimizing changes to existing production workflows. Whether performing panel cutting, irregular contour machining, hollowing, slotting, or engraving, operators can transfer toolpaths from design and CAM software directly to the machine. This streamlines the workflow from CAD design and CAM programming to CNC machining, simplifies file handling, and supports a more standardized digital production process.
The system supports multiple interface languages, allowing operators to select their preferred language according to regional requirements. During automatic machining, it displays real-time operating status, active programs, coordinates, and other essential information for clear progress monitoring. If an abnormal condition occurs, the system provides alarm codes and fault messages to help operators identify potential issues and perform initial troubleshooting, reducing downtime caused by manual fault checks. Flexible parameter settings and manual control functions also simplify machine setup, tool calibration, and routine maintenance, supporting the Spire 2130 throughout automatic production and day-to-day operation.

Pulse handwheel for LNC MW2200 CNC system for Spire 2130 CNC wood router machine

2.4GHz Wireless Electronic Pulse Handwheel

The Spire 2130 CNC routeris equipped with a 2.4GHz wireless electronic pulse handwheel for responsive, flexible machine control. Compared with traditional 433MHz communication, 2.4GHz wireless technology offers efficient command transmission, with a range of up to 60 meters. Operators can move freely around the machine during setup, tool calibration, positioning, and machining inspection without being restricted by the control cabinet. The wireless design also eliminates cable tangling, pulling, and movement restrictions, making on-site operation more convenient.
The handwheel integrates axis selection and feed-rate adjustment, allowing operators to quickly select the X, Y, or Z axis and adjust movement increments for precise manual jogging. During machine setup, workpiece positioning, tool calibration, origin setting, and fine adjustments, each handwheel rotation translates into a controlled motion command. Compared with keyboard operation, this provides more intuitive, precise, and responsive control, particularly when fine positional corrections are required.
A built-in magnetic back allows the wireless handwheel to attach directly to the machine's metal frame or control cabinet, eliminating the need for a separate holder. Operators can pick it up when needed and return it to its designated position after use, reducing the risk of loss or accidental damage. The handwheel can also work with the control system's program simulation function to verify toolpaths before spindle machining begins. Simulating the program in advance helps check tool movements, travel directions, machining boundaries, and potential abnormal motions, reducing the risk of overtravel, collisions, machine damage, and material waste caused by programming errors.

Wireless keyboard / mouse for LNC MW2200 CNC system for Spire 2130 CNC wood router machine

2.4GHz Wireless Keyboard and Mouse

The control system comes with a 2.4GHz wireless keyboard and mouse set. Featuring a full-size standard layout familiar to everyday computer users, the keyboard has a rated lifespan of over 3 million keystrokes, making it suitable for frequent, long-term operation. Its sealed, one-piece housing provides a compact, durable structure with improved dust and moisture resistance. In woodworking environments, where sawdust and fine particles can enter conventional keyboards, this design helps reduce contamination and the risk of stuck keys or contact failures, making it well suited for long-term workshop use.
The keyboard and mouse connect via a 2.4GHz wireless receiver, eliminating data cables for a cleaner control area while preventing tangled or pulled wires from interfering with operation. With fast response, low transmission latency, and strong interference resistance, the wireless connection offers an effective range of up to 10 meters. Operators can move freely around the machine for loading, tool calibration, machining observation, and equipment checks without remaining beside the control cabinet, improving operational flexibility.
Designed for extended battery life, the wireless keyboard and mouse can operate for over 180 days on a single charge under normal usage conditions, reducing interruptions from frequent recharging during continuous workshop use. The cable-free design also allows greater freedom when entering programs, adjusting parameters, configuring the machine, and controlling machining operations. Combined with a familiar full-size keyboard layout and ergonomic mouse operation, the set makes daily control more intuitive, reduces the learning curve, and streamlines tasks from program setup to machining management.

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Click the icon labels to view different machine parts

Fully Adopt Schneider Electric Systems to Ensure Electrical Safety.

Fuling High-Performance Vector Inverter
Control Cabinet Interlock Protection Switch
High-Quality Power Switches
Schneider Electrical Components
Connection System for Air Source and Chiller
High-Reliability Aviation Plugs
Fully Enclosed High-Strength Cable Carrier
High-Quality Terminal Blocks

Fuling 7.5kW High-Performance Vector Inverter
- The CATEKCNC 5.5kW high-speed water-cooled spindle is paired with a Fuling H110-series high-performance inverter designed specifically for CNC routers. Using advanced vector control technology, it precisely regulates spindle operation and supports stepless speed adjustment and flexible multi-speed switching. This allows spindle speed to be matched to different materials, tools, and cutting requirements, ensuring smoother startup, acceleration, and stable operation while providing flexible power control for various machining tasks.
- Different materials, including wood, MDF, and acrylic, require different spindle speeds. The H110 supports stepless adjustment and preset multi-speed settings, allowing operators to quickly select appropriate speeds through the machining program and reducing repeated manual adjustments. When changing tool diameters or machining processes, spindle speed can be adjusted to better match tool cutting speed with feed parameters, helping balance productivity, surface quality, and tool life. Combined with the CATEKCNC 5.5kW water-cooled spindle, which reaches speeds of up to 24,000 rpm, the inverter enables flexible control across a wide range of machining applications.
- The H110 features a compact design that minimizes control cabinet space requirements and simplifies electrical integration. Its intuitive interface makes parameter configuration and daily operation more convenient, reducing setup time and the learning curve for operators. Built-in protection functions, including overvoltage, overcurrent, and overload protection, help safeguard the inverter and spindle when abnormal electrical conditions or excessive loads occur. These features support reliable electrical performance during extended, continuous machining operations.
Control Cabinet Interlock and Short-Circuit Protection Switch
- The control cabinet is equipped with a Schneider industrial-grade safety interlock switch, deeply integrated with the machine’s electrical system. Featuring fast response and high durability, it provides an additional safety barrier for equipment inspection and maintenance through intelligent electrical safety control.
- The interlock switch adopts a forced power-off safety mechanism. When the electrical cabinet door is opened, the internal circuit is automatically disconnected, ensuring the cabinet is completely de-energized and preventing accidental contact with live electrical components. Once the cabinet door is fully closed and locked, power is automatically restored, creating a reliable safety protection system through both mechanical and electrical control.
- The safety interlock switch provides enhanced protection during routine inspections, troubleshooting, and maintenance operations, significantly reducing potential electrical risks in production environments. Throughout installation, commissioning, operation, and long-term maintenance, Spire maintains a high level of reliability and stability while meeting industrial safety requirements with a user-oriented design.
Schneider High-Quality Power Switches
- The control cabinet is equipped with Schneider power switches, push-button controls, and an emergency stop button. Designed for responsive operation and long service life, these components feature IP65-rated dust and water protection, helping maintain reliable performance in demanding workshop environments while enhancing operator and machine safety.
- The emergency stop uses a standard push-to-stop, twist-to-reset design. In an emergency, pressing the button quickly stops machine operation to help minimize potential hazards. Once the issue has been resolved, turning the button clockwise resets it, allowing operation to resume when safe.
- High-precision ammeters and voltmeters continuously display the machine's operating current and voltage. This allows operators to monitor electrical conditions at a glance and identify potential issues, such as voltage fluctuations or abnormal loads, helping maintain stable machine operation.
Schneider Complete Electrical Control System

The entire Spire 2130 CNC router uses a Schneider Electric system, with key electrical components in the control cabinet sourced from Schneider, including circuit breakers, AC contactors, relay assemblies, 24V power supplies, surge protectors, and phase-sequence protection devices. Together, these components form an integrated electrical control system covering power input, machine control, and actuator operation. Each functional module has a clearly defined role, simplifying electrical inspection, routine maintenance, and troubleshooting.

Multiple protection devices provide layered safeguards against different electrical faults. Circuit breakers protect circuits against overloads and short circuits, while surge protectors help guard against transient overvoltage. Phase-sequence protection monitors the three-phase power supply and responds to phase-sequence errors or phase loss, helping reduce the risk of electrical damage. The 24V power supply provides low-voltage power for control circuits, while relays and AC contactors manage signal switching and power control across functional modules, creating a coordinated electrical protection and control system.

For continuously operated equipment such as the vacuum pump and dust collector, additional thermal overload protectors monitor operating current and thermal load. If sustained overload conditions occur, the corresponding circuit can be disconnected to help prevent motor overheating and damage. The control cabinet also features an interlock switch linked to the cabinet door, adding an extra layer of protection during electrical inspection and maintenance.
Pneumatic Slide Valve and Quick-Connect Chiller Interfaces
- The rear of the Spire 2130 CNC router features a centralized interface layout that organizes the pneumatic controls and spindle cooling connections for convenient installation and maintenance. The pneumatic system includes a slide valve for controlling airflow, while dedicated power, water inlet, and water outlet connections serve the chiller. Clearly arranged interfaces reduce cable and hose clutter, simplify machine setup, and make connections easier to identify during routine servicing.
- The pneumatic slide valve features a high-strength aluminum alloy body that combines durability with lightweight construction for long-term use. Its pneumatic actuation enables faster, more convenient opening and closing than conventional manual valves. A dual-seal design provides a claimed sealing performance of 99.98%, helping reduce air leakage caused by seal wear or aging. With pressure resistance approximately 30% higher than that of conventional valves, it supports reliable pneumatic control under higher-pressure operating conditions.
- Dedicated power, water inlet, and water outlet connections at the rear allow straightforward connection to the S&A CW5200 chiller, establishing a complete cooling circuit for the CATEKCNC 5.5kW high-speed water-cooled spindle. Coolant circulates through the spindle and returns to the chiller, carrying away heat generated during operation to help maintain a stable working temperature. The separate connections simplify installation, inspection, and hose replacement, improving convenience during routine maintenance.
High-Reliability Aviation Plugs
- The machine body connects to the control cabinet via industrial aviation connectors. Boasting an IP65 protection rating, these connectors ensure that the interior of the control cabinet remains perfectly clean and dry even in harsh shop floor environments, effectively eliminating the risk of short circuits or signal interference caused by environmental exposure.
- Engineered to withstand the continuous vibration and repetitive impacts of CNC machining, the connectors feature a rugged housing and a precision-engineered contact design. This guarantees exceptional electrical conductivity and stable data transmission under high-intensity operating conditions, completely preventing loose pins or intermittent connectivity issues caused by long-term structural vibration.
- The convenient "quick-connect & disconnect" design significantly accelerates installation, commissioning, and teardown efficiency. It greatly simplifies the operator's workflow during machine relocation, shop reconfiguration, or routine preventive maintenance.
Fully Enclosed Cable Protection Drag Chains
- All three XYZ axes are equipped with fully enclosed cable drag chains that neatly organize power cables, signal wires, and pneumatic hoses along each axis of motion. This prevents loose cables from tangling or interfering with moving machine components. Made from high-strength nylon, the drag chains offer excellent tensile strength, impact resistance, wear resistance, and corrosion resistance for long-term, repeated movement. Compared with open cable channels, the fully enclosed design provides more comprehensive protection against sawdust, dust, and other machining debris.
- Constructed from high-strength flame-retardant material, the drag chains offer good temperature resistance, with a claimed tolerance of over 300°C, while maintaining structural integrity under low-temperature conditions. Smoothly finished surfaces minimize friction during high-frequency reciprocating movement. Even during rapid travel, acceleration, deceleration, and extended machining cycles, the chains guide and support internal cables and hoses, reducing friction, pulling, and compression that could damage cable insulation or cause electrical faults.
- Beyond physical protection, the enclosed drag chains provide organized cable routing throughout the machine. Power cables, signal wires, and pneumatic hoses follow predefined paths, making maintenance and troubleshooting more straightforward. Technicians can trace cable routes and identify connections more efficiently without searching through tangled wiring, helping reduce diagnostic and maintenance time. This organized layout also minimizes the risk of cables interfering with the bed, gantry, or other moving components, supporting smooth and reliable XYZ-axis movement throughout the full working range.
Independent Terminal Block System
- The control cabinet is equipped with an independent terminal block system, providing separate wiring management for the main power supply, dust collector, and vacuum pump. Each functional unit uses an independent power circuit to reduce mutual interference between high-power devices during operation, improving overall electrical stability and safety. Compared with traditional centralized wiring methods, the independent terminal layout is cleaner, more organized, and easier to manage.
- By connecting the main machine, dust collector, and vacuum pump through separate circuits, each module can be individually tested and maintained according to actual requirements. If a functional unit experiences an issue, technicians can quickly identify the affected area without checking the entire electrical system, reducing troubleshooting time and machine downtime. Independent circuits also help minimize electrical interference between different systems, ensuring stable operation of the control system, servo system, and auxiliary equipment.
- The terminal block adopts a standardized installation design with clear wiring labels, making the electrical structure more intuitive for maintenance, expansion, and fault diagnosis. Designed for Spire’s high-load machining requirements, the independent electrical management system enhances operational safety and improves long-term reliability during continuous production.

Automatic Tool Calibration: Significantly Reduces Manual Labor and Boosts Efficiency.

High-Precision Contact Automatic Tool Setter

A high-precision contact automatic tool setter is mounted on the left side of the spindle guard and features a removable design for convenient use. Simply place it beneath the spindle and select automatic calibration on the LNC MW2200A control system. The spindle lowers automatically until the tool contacts the sensor, then retracts while the system records the tool length and applies compensation. This eliminates repeated manual measurements and simplifies frequent tool changes.
Made from solid copper with a fully sealed structure, the tool setter offers durability and helps prevent sawdust and dust from entering its sensing mechanism. Its sensitive contact detection delivers tool-setting precision of up to 0.001mm, enabling accurate measurement across different tool lengths and sizes. Automatic measurement and compensation help reduce manual input errors and maintain consistent machining references during engraving, slotting, drilling, and contour cutting.
Each tool-setting cycle takes approximately five seconds, reducing recalibration time after tool changes. Operators can automatically measure the new tool and update its compensation data without manual measurement or offset entry. This helps prevent machining errors caused by inaccurate tool lengths, reduces non-cutting time in batch production, and improves dimensional consistency when processing with different tools.

Automatic tool setter for Spire 2130 CNC wood router machine

Efficient Loading Assistance and Flexible Workpiece Clamping Help Boost Machining Productivity.

Vacuum & T-slot Mixing Worktable for Spire 2130 CNC wood router machine

Dual-rod pneumatic pressure roller for Spire 2130 CNC wood router machine

Vacuum zone control switches for Spire 2130 CNC wood router machine

5+3 positioning cylinders for Spire 2130 CNC wood router machine

Auxiliary loading rollers for Spire 2130 CNC wood router machine

Vacuum & T-slot Mixing Worktable

Dual-Rod Pneumatic Pressure Roller

Vacuum Zone Control Switches

5+3 Positioning Cylinders

Auxiliary Loading Pulley

The Spire 2130 CNC router features a hybrid worktable combining 9-zone, 30-port vacuum clamping with aluminum alloy T-slots, allowing operators to switch between vacuum clamping and mechanical clamping without additional modifications. Evenly distributed vacuum ports cover a wide range of workpieces, while integrated T-slots accommodate standard clamps and bolts. The tabletop is precision-milled from high-hardness, wear-resistant PVC, providing a flat surface with good water and corrosion resistance and reduced dust adhesion.
The 9-zone vacuum system allows operators to activate the appropriate areas according to workpiece size, reducing unnecessary vacuum consumption while maintaining secure clamping. For flat panels such as wood, MDF, furniture boards, and acrylic, vacuum clamping enables quick positioning without extensive mechanical clamping. Even clamping force across the workpiece underside helps minimize movement during machining while avoiding surface marks and toolpath obstruction caused by conventional clamps. This reduces loading and setup time and improves production efficiency.
The aluminum T-slots provide flexible mechanical clamping regardless of workpiece shape, size, or surface flatness, making them ideal for irregular parts, small workpieces, and materials that cannot form an effective vacuum seal. Operators can use T-slot clamps for customized machining, vacuum clamping for batch processing of standard panels, or both methods together for additional holding security. This dual-mode design enables quick transitions between high-volume production and customized machining.

Two independent pneumatic pressure rollers are installed above the worktable, each controlled by dual air cylinders for separate height adjustment. This allows flexible clamping of panels of different sizes and at different positions. Controlled through the machine system, the rollers can quickly engage or release without manual adjustment. They move in coordination with the gantry, applying consistent downward pressure during high-speed cutting, slotting, and contour machining to help prevent panels from lifting, vibrating, or shifting.
Each roller features a high-elasticity rubber coating that provides flexible contact with the workpiece. Compared with direct metal contact, the rubber surface cushions pressure and helps reduce dents and scratches. This is particularly beneficial when machining melamine boards, veneered panels, and laminated boards that require a high-quality surface finish. The elastic coating also accommodates minor surface irregularities, maintaining stable contact while protecting the finished surface.
The dual-rod pneumatic rollers can operate independently or in combination with the vacuum clamping system. For workpieces that can be securely held by downward pressure alone, the vacuum system can be switched off to reduce pump operating time and energy consumption. For large panels or high-speed cutting, vacuum clamping and pneumatic pressure can work together to secure the workpiece from below and above. Operators can also use either method separately for suitable applications. This flexible combination of clamping methods adapts to different materials, workpiece sizes, and machining requirements while balancing stability, productivity, and energy efficiency.

The vacuum worktable features six independent zone control switches, each corresponding to a separate vacuum area. Operators can activate or deactivate zones according to workpiece size, shape, and placement. For large panels, multiple zones can be enabled simultaneously, while smaller workpieces require only the zones covered by the material. This flexible control accommodates different workpiece sizes and supports both batch production and mixed-size processing.
Independent zone control helps reduce vacuum leakage from uncovered areas, concentrating negative pressure where it is needed. When machining smaller panels, unused zones can be switched off to minimize unnecessary vacuum loss and maintain effective clamping. Combined with the worktable's 30 vacuum ports, the system distributes holding force across multiple points, helping prevent workpieces from shifting during machining. Operators can quickly adjust the active zones to suit different panel sizes and positions, improving worktable efficiency.
A vacuum pressure gauge near the zone controls allows operators to monitor negative pressure in real time and check whether clamping pressure is within the appropriate operating range. A clearly marked zone diagram identifies the location of each vacuum area and its corresponding switch, eliminating guesswork during setup. By combining independent control, pressure monitoring, and visual identification, the system simplifies operation, improves efficiency, and reduces the risk of incorrect zone selection.

The worktable is equipped with 5+3 L-shaped pneumatic positioning cylinders, controlled centrally by the CNC system. Five positioning cylinders are arranged along the left side of the Y-axis, with another three along the X-axis, forming a stable right-angle reference for accurate positioning in both directions. During loading, operators simply push the panel against the positioning stops to align its edges, eliminating repeated manual measuring and marking. This speeds up setup and is particularly beneficial for large panels and continuous batch production.
Built with industrial-grade wear-resistant seals and high-strength aluminum alloy cylinder bodies, the positioning cylinders are designed for durability under frequent operation. Their compact structure fits neatly into the worktable, rising quickly to establish clear positioning edges. Multiple positioning points work together to improve panel alignment and reduce errors caused by skewed placement, supporting fast, repeatable positioning during continuous production.
The 5+3 positioning system also simplifies double-sided machining. After completing one side, operators can flip the panel and align it against the same L-shaped X/Y reference to restore a consistent machining datum without repeated measurements or manual realignment. This helps reduce dimensional inconsistencies, hole-position deviations, and contour misalignment between sides. Once positioning is complete, the cylinders retract below the worktable surface, keeping the machining area clear and preventing interference with tool movement.

The rear of the machine is equipped with 30 auxiliary loading rollers arranged in a uniform 3-row, 10-column layout across the rear sheet-metal area. Designed for the 2100 × 3000mm working area and large, heavy panels, the rollers provide multiple support points that distribute panel weight more evenly during loading. By converting sliding friction into rolling motion, they reduce resistance and allow a single operator to move large panels onto the machine more easily.
Made from high-hardness nylon, the rollers offer excellent wear and impact resistance. Their smooth surfaces ensure low rolling resistance, allowing panels to move forward with less effort. Rolling contact also reduces friction, scratching, and impact damage compared with dragging panels directly across the worktable. This is particularly beneficial for melamine-faced boards, veneered panels, painted boards, and laminated panels, helping protect surface quality while reducing operator fatigue.
Once a panel is placed on the rear rollers, a light push moves it smoothly toward the worktable, where the 5+3 L-shaped pneumatic positioning cylinders help align it against the X/Y reference. The roller matrix continuously supports the panel during movement, reducing sagging, sticking, and localized deformation caused by its own weight. This enables one operator to load large panels with less manual effort, reducing handling demands and shortening the time required for loading and positioning.

Automatic Dust Collection, Vacuum Clamping, and Spindle Cooling—Worry-Free Machining From Start to Finish.

5.5kW Dual-Barrel Bag-Type Dust Collector

Equipped with a 5.5kW dual-barrel bag dust collector featuring an efficient air-cooling design and an airflow capacity of up to 6,100 m³/h, the system quickly removes large volumes of wood chips and dust generated during machining. Effective dust extraction helps maintain a cleaner workshop environment while reducing dust accumulation on critical components such as linear guides, spindles, and ball screws, helping extend machine service life.
Four large-capacity 630mm filter bags provide an expanded filtration area and greater dust-holding capacity than standard collectors. The dual-barrel structure and oversized bags improve dust collection efficiency and filtration performance, supporting extended continuous operation with less frequent bag cleaning. This design is well suited to long production runs and high-volume machining.
Dedicated casters at the base allow the collector to be moved easily and repositioned to suit different machining tasks and workshop layouts. The air-cooled design supports stable operation during extended use, while the mobile configuration simplifies setup and everyday handling, improving workshop dust management and operational convenience.

Dual-bag design

Cyclone dust collection

Two 2.2kW High-Pressure Vortex Air-Cooled Vacuum Pumps

Equipped with two 2.2kW high-pressure vortex air-cooled vacuum pumps, the system delivers a maximum vacuum pressure of −66kPa and an airflow capacity of up to 620m³/h. Powerful, stable suction securely holds various panel materials in place during cutting, carving, grooving, and other machining operations, helping prevent workpiece displacement and maintain machining accuracy across the 2100 × 3000mm working area.
The dual-pump configuration supports flexible operation according to workpiece size and vacuum zone requirements. For smaller panels requiring only localized vacuum clamping, one pump can operate independently to reduce power consumption. For full-sheet machining with multiple zones activated, both pumps can run simultaneously to provide stronger, more uniform clamping force, balancing workpiece stability with energy efficiency.
The air-cooled design eliminates the need for additional cooling water or oil, reducing consumable costs and simplifying maintenance. With a compact structure and reliable operating performance, the pumps require only routine surface dust removal, helping minimize maintenance demands, reduce operating costs, and support long-term production efficiency.

Variable Frequency

-50KPa

520m³/h

S&A CW-5200 Industrial Water Chiller

Equipped with an S&A CW-5200 industrial water chiller, the system provides reliable cooling for the water-cooled spindle, delivering efficient heat dissipation and stable cooling performance. Integrated safety features, including flow monitoring and overtemperature alarms, help protect the spindle during extended operation at high speeds and under heavy machining loads, supporting safe and reliable machine performance.
The high-precision temperature control system supports both constant-temperature and intelligent temperature-control modes, allowing flexible adjustment to different operating conditions. A clear display panel and visible water-level window make it easy to monitor water temperature, operating status, and coolant levels. Through continuous coolant circulation, the chiller quickly removes heat generated by the high-speed spindle, helping prevent thermal accuracy deviations and premature component wear caused by overheating.
By maintaining a stable spindle operating temperature, the cooling system helps ensure consistent rotational speed and smooth power output, even during demanding machining operations. Whether handling small-batch prototyping or extended, high-volume production, it provides dependable cooling performance, helps extend spindle service life, and supports continuous industrial operation.

Dual-bag design

Cyclone dust collection

Automatic Lubrication for the Entire Machine—Saving Time and Providing Peace of Mind.

1.5L Large-Capacity Automatic Lubrication System

Equipped with a 1.5L large-capacity automatic lubrication reservoir, the system stores sufficient lubricant for continuous, programmed oil delivery to the machine’s moving components. Designed for the linear guides, racks, and ball screws of the Spire 2130 CNC router, it supplies lubricant at preset intervals to reduce the need for manual, point-by-point lubrication and prevent insufficient lubrication caused by delayed maintenance. Regular, consistent oil delivery helps reduce friction and wear across the mechanical transmission system, supporting smooth operation during extended, high-frequency machining.
The lubrication reservoir features dual LED displays and a built-in timer for clear monitoring and convenient parameter adjustment. Operators can configure lubrication duration and intervals according to operating frequency, machining conditions, and workload. This flexibility allows lubrication cycles to be optimized for different production schedules, increasing lubrication frequency during intensive operation and reducing unnecessary oil consumption during lighter use. Automated timing also reduces reliance on manual maintenance, making routine equipment care more consistent and standardized.
An internal precision alloy gear mechanism, low-oil-level alarm float, and pressure gauge provide additional monitoring and maintenance convenience. When the oil level drops below the preset threshold, the alarm alerts operators to replenish the lubricant before inadequate oil supply affects machine operation. The pressure gauge allows quick visual checks of delivery pressure, while the securely attached filler cap prevents loss during refilling. A high-precision internal filter captures contaminants in the lubricant, helping prevent particles from entering and blocking the oil lines. Together, these features improve lubrication reliability and simplify routine inspection and long-term maintenance.

Automatic lubrication system for Spire 2130 CNC wood router machine

Z-Axis Lubricating Oil Collection Tray

A dedicated oil collection tray is precisely positioned beneath the Z-axis linear guides and ball screw, integrating seamlessly with the transmission assembly without occupying valuable machining space or interfering with Z-axis movement. Its compact layout maintains full machining clearance while providing a practical solution for collecting excess lubricant.
During automatic lubrication and dynamic Z-axis operation, the tray collects excess oil that escapes from the guides and ball screw. This directed collection design helps prevent lubricant from splashing, dripping, or leaking onto workpieces, the vacuum clamping table, and protective spoilboards, keeping machining surfaces clean and helping maintain consistent finished-product appearance and quality.
By collecting excess lubricant at its source, the tray reduces oil residue buildup and minimizes the need for frequent cleaning of the worktable and workpieces. It helps maintain a cleaner workshop environment, simplifies routine maintenance, and supports a more efficient, consistent machining process.

Oil drip tray for Spire 2130 CNC wood router machine

One-Time Purchase, Lifetime Service.

Spire series exclusive serial number of Spire 2130 CNC wood router machine

Maintenance instructions of Spire 2130 CNC wood router machine

Spire Serial Number & After-Sales Support

Every Spire CNC Router Every machine features a dedicated Spire series nameplate and unique serial number on the rear, enabling full traceability from assembly and factory inspection to operation and after-sales maintenance. This system supports standardized quality control throughout the machine lifecycle.
Each machine comes with a five-year free warranty and dedicated one-on-one support from a professional after-sales team, covering installation, commissioning, operator training, and technical inspection. 24/7 online support and remote technical guidance help resolve issues quickly and minimize downtime. Additional benefits include lifetime free maintenance and free lifetime upgrades for the compatible control system and programming software, supporting long-term, reliable operation.
A maintenance guide and safety instructions are also attached to the rear of the machine, detailing maintenance intervals, lubrication points, wear-part inspections, and standard operating procedures. These guidelines help standardize daily operation, reduce human error, simplify routine maintenance, and extend machine service life.

Complete documentation kit for Spire 2130 CNC wood router machine

Quick guide for Spire 2130 CNC wood router machine

User manual for Spire 2130 CNC wood router machine

Warranty card for Spire 2130 CNC wood router machine

Spire Series Exclusive Supporting Materials

Every Spire CNC Router comes with a complete set of dedicated documents, including a Certificate of Conformity, warranty card, warranty service information, quick operation guide, and full user manual. Provided with the machine upon delivery, these documents support acceptance, installation, commissioning, operation, and ongoing maintenance. The certificate confirms the machine’s factory quality information, while the warranty documents outline coverage, service terms, and benefits, including a five-year free machine warranty. All documentation is organized according to the machine’s actual configuration for easy reference throughout its service life.
Designed for initial setup and everyday production, the Spire quick guide consolidates essential information, including the accessory list, power connection steps, vacuum pump and dust collector wiring diagrams, standard startup procedures, and basic troubleshooting advice. It also covers key maintenance points and correct operating sequences, allowing operators to quickly find the information they need during installation, commissioning, or routine production. This helps reduce problems caused by wiring errors, incorrect operating sequences, or unfamiliarity with the equipment.
The comprehensive user manual provides detailed, illustrated instructions covering machine structure, component functions, accessory installation, commissioning, standard operating procedures, scheduled maintenance, lubrication requirements, and fault diagnosis. From basic operation to routine servicing and troubleshooting, it provides practical technical guidance for operators of different experience levels. Whether training new users or supporting experienced technicians with maintenance and equipment management, the manual helps promote standardized operation and reliable long-term performance.

Complete Set of Tools, Ready to Use Right Out of the Box.

Toolbox first layer of Spire 2130 CNC wood router machine

Toolbox second layer of Spire 2130 CNC wood router machine

Tool collet set of Spire 2130 CNC wood router machine

Spire Series Dual-Layer Complete Tool Kit

Every Spire series machine comes with a dedicated two-tier tool kit containing essential accessories for installation, operation, and maintenance. The kit includes a 2.4GHz wireless keyboard and mouse, a complete set of hex keys, ER32 spindle wrenches, spare pneumatic fittings, relays, limit switches, and six aluminum alloy hold-down clamps. Its tiered storage design keeps tools organized and easy to access, simplifying daily operation and maintenance.
Designed for the CATEKCNC 5.5kW high-speed water-cooled spindle with an ER32 interface, the kit includes 18 ER32 collets ranging from 3mm to 20mm and a 35-piece professional milling cutter set featuring profile cutters, engraving bits, round-nose bits, and cutting tools. Suitable for wood, MDF, acrylic, and processes such as cutting, engraving, grooving, and milling, this comprehensive tooling package reduces additional purchasing and tool-matching time, helping users start production sooner.
A dedicated Spire USB drive is also included, preloaded with the electronic user manual, control system backup files, machine test-run files, electrical schematics, and pneumatic diagrams. These resources support installation, commissioning, parameter maintenance, and troubleshooting, helping technicians quickly access essential technical information throughout the machine’s service life.

Toolbox First Layer Toolbox Second LayerMachining Tool Collet SetMachining Tool Set

Applicable Industries

Whether it's furniture making, wooden doors, wardrobes, cabinets, or wood carving, billboards, musical instruments, etc., The Spire can handle it all with ease.

Frequently Asked Questions

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1. What Production Needs Is the Spire 2130 CNC Router Best Suited For?

The CK-2130-WSP CNC router is ideal for manufacturers requiring large-format panel machining, high production efficiency, stable operation, and versatile workholding options. With a 2100 × 3000mm working area, it is suitable for processing wooden doors, cabinets, wardrobes, custom furniture, furniture panels, and wooden decorative products, including engraving, grooving, and cutting large panels.
For batch production, frequent workpiece changes, and standardized manufacturing, the hybrid vacuum and T-slot worktable, pneumatic positioning cylinders, independently adjustable dual-rod pressure rollers, and rear auxiliary loading rollers simplify workpiece clamping and loading. Combined with a 5.5kW water-cooled spindle, servo drive system, and heavy-duty bed, the machine supports efficient machining, stable operation, and consistent results.
If you are upgrading from a smaller CNC router, seeking to improve continuous panel processing, reduce manual handling, or expand production capacity for future orders, the SPIRE 2130 is a practical option to consider.
2. What Are the Working Size Advantages of the Spire 2130 CNC Router Compared with the 1325?

The CK-2130-WSP offers a 2100 × 3000mm working area, compared with the typical 1300 × 2500mm area of a 1325 CNC router. This increases the total machining area from 3.25m² to 6.3m², an increase of approximately 94%. The larger workspace accommodates bigger panels and provides more flexibility for nesting complex parts and batch production.
Greater flexibility for large panels: The 2130 handles larger wooden doors, wardrobe side panels, cabinet components, and other furniture parts that may exceed the working range of a 1325, reducing the need for additional cutting, segmented machining, or repositioning.
More nesting space and layout options: The larger worktable allows more flexible part arrangements and toolpath planning. For custom furniture and mixed-panel production, this can reduce unnecessary material changes and repeated clamping. Actual material utilization depends on part dimensions and nesting layout.
Better suited to batch production: Multiple workpieces can be arranged within the same working area, potentially reducing repeated loading and repositioning. This is beneficial for manufacturers processing wooden doors, cabinets, wardrobes, and furniture panels in various sizes.
Room for future production growth: For businesses planning to accept larger custom orders, expand their product range, or increase batch output, the 2130 provides additional machining capacity and may delay the need for an equipment upgrade.
Overall, the 1325 is suitable for standard-size panels and relatively fixed machining requirements, while the 2130 is better suited to manufacturers that frequently process larger workpieces, require flexible nesting, or plan to expand batch production.
3. What Are the Advantages of Vacuum Clamping, Aluminum T-Slots, and Dual-Rod Pneumatic Pressure Rollers?

The CK-2130-WSP CNC router offers three workholding methods: vacuum clamping, aluminum alloy T-slot clamping, and dual-rod pneumatic pressure rollers. Each method suits different workpiece sizes, shapes, and machining processes, providing flexibility in setup, clamping efficiency, and machining stability for wooden doors, cabinets, wardrobes, and custom furniture panels.
Vacuum Clamping — Fast Setup for Large Panels: Vacuum pressure holds panels securely against the worktable without conventional mechanical clamps, reducing setup time and keeping the machining area clear. Combined with independent vacuum zones, it allows operators to select the appropriate clamping area for different panel sizes, making it ideal for engraving, grooving, and cutting flat panels in batch production.
Aluminum Alloy T-Slots — Flexible Mechanical Clamping: Hold-down clamps, bolts, and dedicated fixtures can be positioned as needed to secure small panels, irregularly shaped workpieces, or materials unsuitable for vacuum clamping. Since mechanical clamping does not depend on vacuum pressure or an airtight panel surface, it accommodates a wider variety of workpieces and machining requirements.
Dual-Rod Pneumatic Pressure Rollers — Independent or Auxiliary Clamping: The dual-rod pneumatic mechanism raises and lowers the rollers to apply downward pressure on workpieces. The rollers can be used independently or combined with vacuum clamping to enhance workpiece stability. This flexible arrangement helps reduce lifting, vibration, and shifting during machining, adapting to different materials and processing conditions.
Each method has distinct advantages: vacuum clamping enables fast setup for large panels, T-slots provide adaptable mechanical clamping, and pneumatic pressure rollers offer independent or supplementary hold-down force. By selecting the appropriate method or combining them when suitable, operators can improve workholding flexibility, machining stability, and overall production efficiency.
4. What Are the Advantages of Dual-Servo Y-Axis Drive Compared with a Single-Motor Drive?

The CK-2130-WSP CNC router uses dual servo motors to independently drive both sides of the gantry. Compared with a single-motor drive, this configuration better meets the demands of large-format CNC routers for driving force, smooth motion, and coordinated gantry movement.
Balanced Drive Force: Separate motors drive each side of the gantry, helping distribute the driving load more evenly and reducing reliance on cross-machine transmission mechanisms. This provides effective drive support for large-format, heavy-duty machining.
Smoother Gantry Movement: Dual-side drive helps coordinate movement on both sides of the gantry, reducing the risk of skewing caused by uneven loading. Combined with the heavy-duty bed, reinforced gantry beam, and high-rigidity transmission system, it supports stable movement during rapid positioning and continuous machining.
Better Suited to Large-Format Machining: Larger working areas generally involve wider gantry spans and greater moving loads. Independent servo drives on both sides provide suitable driving power for the 2100 × 3000mm working area of the CK-2130-WSP.
Overall, dual-servo Y-axis drive provides independent power on both sides of the gantry, helping improve motion coordination, operational stability, and dynamic performance in large-format CNC machining.
5. What Should You Pay Attention to During Daily CNC Router Operation?

To ensure reliable operation, consistent machining quality, and long service life, daily CNC router use requires attention to operating procedures, tooling, workpiece clamping, cleaning, lubrication, cooling, and electrical safety. For a large-format machine like the CK-2130-WSP, the following practices are particularly important:
Follow Proper Operating Procedures: Before machining, verify the program, tool parameters, workpiece origin, and machining boundaries. After changing a program or before the first cut, perform a dry run or check the toolpath using the handwheel to confirm correct movement and positioning.
Inspect the Tool and Spindle: Check that the tool is securely installed, undamaged, and suitable for the material. Stop the machine promptly if unusual vibration, noise, or reduced cutting performance occurs.
Secure Workpieces Properly: Select vacuum clamping, aluminum T-slot fixtures, or dual-rod pneumatic pressure rollers according to the workpiece. Check vacuum pressure and sealing, ensure mechanical clamps and rollers hold securely, and prevent interference with the toolpath.
Keep the Machine Clean: Regularly remove wood chips and dust from the worktable, linear guides, racks, and transmission areas. Stop the machine before cleaning, and avoid blowing debris into electrical cabinets, bearings, or guide systems with compressed air.
Check the Lubrication System: Monitor the automatic lubrication reservoir and confirm normal oil delivery. Inspect the guides, racks, and other transmission components according to the maintenance schedule, addressing insufficient lubrication or abnormal wear promptly.
Maintain Spindle Cooling and Electrical Safety: For the water-cooled spindle, check the chiller, coolant level, and hose connections. Inspect cables, air hoses, and electrical connections regularly. Stop operation if damage, loose connections, or abnormal heating occurs; electrical repairs should be performed by qualified personnel.
Inspect Safety Devices: Check that photoelectric limits, mechanical stops, and emergency-stop functions operate correctly. Never bypass safety devices or approach moving components during operation. Do not clean, measure, or manually adjust the machine while the spindle is running.
Keep Maintenance Records: Record operating hours, tool changes, lubrication, cooling-system inspections, and faults. Set inspection intervals according to the user manual, machining workload, and workshop conditions.
Following proper operating procedures and scheduled maintenance helps reduce failures and unplanned downtime, maintain machining quality, improve production efficiency, and extend machine service life.
6. What Are the Advantages of CATEKCNC Self-Developed Water-Cooled and Air-Cooled Spindles?

CATEKCNC self-developed water-cooled and air-cooled spindles use different cooling methods and offer distinct advantages in rotational speed, torque characteristics, and machining applications. Water-cooled spindles are better suited to high-speed operation and extended engraving, while air-cooled spindles emphasize torque output and cutting performance. The right choice depends on machining requirements, production schedules, and operating conditions.
Water-Cooled Spindle — High Speed for Extended Engraving: Circulating coolant removes heat generated during operation, helping maintain stable spindle temperatures when paired with a chiller. Water-cooled spindles are generally well suited to high-speed engraving, intricate patterns, complex contours, and long periods of continuous machining. They also typically operate more quietly than air-cooled models. Regular checks of coolant circulation, fluid levels, and hose connections help ensure reliable cooling.
Air-Cooled Spindle — Strong Torque Characteristics for Cutting: Using fan-driven airflow for cooling, air-cooled spindles do not require a separate chiller or coolant circulation system, simplifying installation and maintenance. Depending on the model and operating speed, they are well suited to panel cutting, grooving, and other applications involving heavier cutting loads. Actual cutting performance depends on spindle power, torque characteristics, speed range, and tooling. Keep cooling passages clear and free of excessive dust.
Overall, a water-cooled spindle is worth considering for high-speed engraving, detailed patterns, and extended continuous operation. For users prioritizing cutting performance, heavier machining loads, and simpler maintenance, an appropriately specified air-cooled spindle may be the better fit.

Last Updated:

2026-10-19 14:35:39

Technical Parameters

Series	CATEK · Spire
Model	CK-2130-WSP-VT
XYZ Working Travel	21003000200mm
Bed	Spire-specific machining center processed reinforced bed base, independent anti-interference control cabinet
Gantry	Reinforced aged steel gantry, heavy-duty stress-relieved steel beam
Spindle Mounting Plate	46mm thick hard-anodized aluminum mounting plate
Spindle	CATEKCNC self-developed 5.5KW high-speed variable frequency water-cooled spindle
Spindle Speed	Max speed 24000RPM
Variable Frequency Drive	Fuling 7.5KW VFD
Tool Holder Type	ER32 φ20mm
Tool Setting Method	Automatic tool setter
Drive Method	CATEKCNC self-developed 750W servo motor * 4 (Z-axis brake motor)
Reducer	Japan Shimpo planetary gear reducer
Table	Vacuum (9 zones, 30 holes) + aluminum alloy T-slot table
Press Roller	Double-rod pneumatic press roller
Transmission Method	XY-axis high-precision ground helical rack and pinion + Z-axis high-precision ground TBI ball screw
Guideways	X-axis: Taiwan HIWIN high-precision 25 linear guide rails / linear bearings Y-axis: Taiwan HIWIN high-precision 30 linear guide rails / linear bearings Z-axis: Taiwan HIWIN high-precision 25 linear guide rails / linear bearings
Loading	Rear auxiliary loading rollers
Positioning	5+3 positioning cylinders (pneumatic pop-up pin)
Dust Collection Method	5.5kW dual-barrel bag-type dust collector
Vacuum Pump	Dual 2.2kW vortex air-cooled vacuum pumps
Spindle Cooling Method	S&A CW-5200 constant-temperature water chiller
Cables	Pure copper high-flexibility bend-resistant cables
Cable Carrier	Fully enclosed reinforced cable carrier
Electrical Components	Schneider surge protector / phase sequence protector / AC contactor / 24V power supply / relay
Control System	Taiwan LNC MW2200A CNC system
Handwheel	Pulse electronic handwheel
Monitor	21.5-inch LCD monitor
Keyboard and Mouse	2.4GHz wireless keyboard and mouse
Lubrication System	Centralized lubrication oil maintenance system
Safety System	Omron limit switch
Working Voltage	AC380V/50Hz
Repeat Positioning Accuracy	±0.01mm
Max. Movement Speed	80,000mm/min
Max. Processing Speed	20,000mm/min
Dimensions	370031002000mm
Weight	2500kg

* These parameters are specific to this CK-2130-WSP-VT unit; configurations can be customized to meet specific requirements.

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CATEK · Spire

2130 CNC Wood Router with Vacuum and T-Slot Worktable

· Function Description ·

CATEK · Spire

Built Around a Full-Size Worktable, Combining Heavy-Duty Construction, Precision Transmission, and Intelligent Control for Enhanced Machining Performance.

Core Advantages of Spire 2130 CNC Router: Four Dimensions to Reshape the Standards of High-Efficiency Production

Choosing the Spire 2130 CNC Router means choosing

Heavy-Duty Gantry Structure Ensures Machining Stability.

Heavy-Duty Reinforced Bed Base to Spire 2130

Reinforced Heavy-Duty Crossbeam and Vertical Columns

46mm Extra-Thick Anodized Aluminum Z-Axis Plate

High-Strength Adjustable Support Feet

Top-of-the-Line Transmission System Ensures Machining Accuracy.

Taiwan HIWIN Heavy-Duty Ball-Type Linear Guides

Taiwan YYC High-Precision Ground Helical Racks

Taiwan TBI High-Precision Ground Ball Screw

High-Precision Dual-Diaphragm Coupling

Japan Shimpo High-Precision Planetary Gear Reducer

L-Shaped High-Strength Aluminum Collision Stops

Self-Developed Core Spindle, Capable of Processing a Wide Range of Materials.

CATEKCNC Self-Developed 5.5kW High-Speed Water-Cooled Spindle

CATEKCNC's Self-Developed Servo System Offers Superior Stability and Operational Accuracy.

CATEKCNC Self-Developed 750W Servo System

User-Friendly HMI, Effortless Operational Experience.

Taiwan LNC MW2200A CNC Control System

2.4GHz Wireless Electronic Pulse Handwheel

2.4GHz Wireless Keyboard and Mouse

Fully Adopt Schneider Electric Systems to Ensure Electrical Safety.

Fuling 7.5kW High-Performance Vector Inverter

Control Cabinet Interlock and Short-Circuit Protection Switch

Schneider High-Quality Power Switches

Schneider Complete Electrical Control System

Pneumatic Slide Valve and Quick-Connect Chiller Interfaces

High-Reliability Aviation Plugs

Fully Enclosed Cable Protection Drag Chains

Independent Terminal Block System

Automatic Tool Calibration: Significantly Reduces Manual Labor and Boosts Efficiency.

High-Precision Contact Automatic Tool Setter

Efficient Loading Assistance and Flexible Workpiece Clamping Help Boost Machining Productivity.

Vacuum & T-slot Mixing Worktable

Dual-Rod Pneumatic Pressure Roller

Vacuum Zone Control Switches

5+3 Positioning Cylinders

Auxiliary Loading Pulley

Automatic Dust Collection, Vacuum Clamping, and Spindle Cooling—Worry-Free Machining From Start to Finish.

5.5kW Dual-Barrel Bag-Type Dust Collector

Two 2.2kW High-Pressure Vortex Air-Cooled Vacuum Pumps

S&A CW-5200 Industrial Water Chiller

Automatic Lubrication for the Entire Machine—Saving Time and Providing Peace of Mind.

1.5L Large-Capacity Automatic Lubrication System

Z-Axis Lubricating Oil Collection Tray

One-Time Purchase, Lifetime Service.

Spire Serial Number & After-Sales Support

Spire Series Exclusive Supporting Materials

Complete Set of Tools, Ready to Use Right Out of the Box.

Spire Series Dual-Layer Complete Tool Kit

Applicable Industries

Frequently Asked Questions

Find answer to your most common question

1. What Production Needs Is the Spire 2130 CNC Router Best Suited For?

2. What Are the Working Size Advantages of the Spire 2130 CNC Router Compared with the 1325?

3. What Are the Advantages of Vacuum Clamping, Aluminum T-Slots, and Dual-Rod Pneumatic Pressure Rollers?

4. What Are the Advantages of Dual-Servo Y-Axis Drive Compared with a Single-Motor Drive?

5. What Should You Pay Attention to During Daily CNC Router Operation?

6. What Are the Advantages of CATEKCNC Self-Developed Water-Cooled and Air-Cooled Spindles?

Technical Parameters

Spire's Videos

Review

0 Reviews of CK-2130-WSP-VT.

Enjoy Spire's exclusive top-level service

Spire Exclusive

VIP Customer Service

Contact Us

Check out other Spire

Choosing the
Spire 2130 CNC Router
means choosing