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    CATEK · Spire

    Spire 2130 4-Axis Linear ATC CNC Router with Swing Head and Rotary 4th Axis

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    · Function Description ·
    Engineered for ultimate versatility, this Spire 4-axis linear ATC CNC router combines a 7x10ft vacuum table with a swing head for angular machining and a rotary 4th axis for rotational workpieces.
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    • Brand: CATEKCNC
    • Model: CK-2130-RSP-T-4RS
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    CATEK · Spire

    Delivers the Benefits of Full-Scale 2D and 3D Machining to Empower Versatile Production.

    The CK-2130-RSP-T-4RS is a premium Spire Series CNC router equipped with a high-performance 4-axis swing head, a 4th rotary axis, and an Automatic Tool Changer (ATC) system. Compared to conventional 3-axis CNC routers, its spindle can rotate to independently execute side slotting, drilling, and angled cutting, effortlessly handling tasks such as wooden door lock holes, custom chair backrests, and 45° cabinet drilling. Meanwhile, the integrated 4th rotary axis can independently perform 360° 3D carving on cylindrical and rotary workpieces, such as Roman columns, Buddha statues, and irregularly shaped table legs.

    The machine features an ultra-large flat processing area of 2100 × 3000 × 400 mm (length × width × height), a 3D rotary processing capacity of 2000 × 200mm (length × diameter). Utilizing a vacuum table and an intelligent auxiliary loading system, it flexibly and securely clamps various sheet materials and complex 3D workpieces. Built with a heavy-duty stable structure, smooth transmission, comprehensive safety protection, and a user-friendly interface, it ensures highly reliable performance during long-term, continuous operations.

    As a model in the Spire Series, this machine incorporates top-tier components and adheres to strict manufacturing standards. It benefits from the series' exclusive extended 5-year free warranty, lifetime maintenance, and free lifetime software upgrades. Supported by a dedicated 1-on-1 after-sales service team and comprehensive technical guarantees, the machine's long-term operational efficiency and stability are fully assured.

    Core Advantages of Spire 2130 4-Axis CNC Router: Four Dimensions to Reshape the Standards of High-Efficiency Production

    01.
    4-Axis Linkage,
    Effortless Complex 3D Machining.
    The Spire 2130 4-Axis Multi-Functional ATC CNC Router is equipped with a high-performance 4-axis swing head and a high-precision rotary 4th axis. This setup enables a ±90° spindle rotate and 360° precise indexing of the workpiece, supporting a wide range of machining methods including 3D carving, bevel cutting, side slotting/drilling, and complex curved surface milling. Typical applications include sloped handle grooves on drawer panels, cabinet door hinge slots, and sculptural models. This model completely eliminates the common pain points of traditional 3-axis CNC routers—such as the need for multiple flips and repeated positioning when handling these types of workpieces. It significantly reduces manual errors and setup time, while effectively expanding your product catalog and processing capabilities
    02.
    Full-Size Coverage,
    Supports 2D and 3D Machining.
    The CNC router supports an ultra-large working area of up to 2100×3000mm with a processing height of up to 400mm. With ample vertical space, it perfectly accommodates various sheet sizes up to 7×10 feet. The rotary 4th axis accommodates workpieces with a maximum length of 2000mm and a maximum diameter of 200mm, making it widely applicable for the rotary machining of cylindrical components. In short, this machine is compatible with both large and small sheets, as well as 2D and 3D workpieces, flexibly adapting to multi-scenario production workflows.
    03.
    Automatic Tool Changing,
    Single Clamping for Complete Machining.
    Relying on 4-axis linkage and an Automatic Tool Changer (ATC) system, even complex workpieces require only a single setup to achieve multi-angle machining. This allows all processes on the front, sides, and bevels to be completed seamlessly, with tools automatically changed during the process. Complex components—such as the curved surface cutting of solid wood chair backs, 45° angled slots in cabinet doors, guitar necks, wooden figurines, and European-style table and chair legs—can all be completed in a single operation. This effectively avoids cumulative errors and operational risks, improving the precision and consistency of the finished products. The system greatly simplifies the operational workflow, reduces manual intervention, and shortens production cycles, perfectly balancing processing efficiency with workpiece quality.
    04.
    Worry-Free Operation,
    The Spire Full-Lifecycle Service System.
    Spire's advantage is also reflected in its meticulous service. Every Spire machine comes with a dedicated after-sales team, backed by senior engineers who respond rapidly, allowing you to bypass cumbersome customer service processes. The entire machine enjoys an extended 5-year free warranty covering all core components, far exceeding industry standards. Furthermore, we promise lifetime free maintenance and system software upgrades. From daily operation to routine maintenance, a dedicated representative will support you every step of the way, providing comprehensive, worry-free assurance to ensure your machine runs stably and reliably at all times.

    Choosing the
    Spire 2130 4-Axis CNC Router
    means choosing

    More comprehensive machining capabilities
    Equipped with a 4-axis swing head and a rotary 4th axis, this CNC router features simultaneous 4-axis control and automatic tool change (ATC). A single machine seamlessly handles multi-process operations on flat, 3D, and beveled surfaces—breaking through the planar limitations of traditional 3-axis machines to meet diverse production demands.
    More superior size coverage
    The machine's vacuum table features an ultra-large working envelope of 2100×3000×400mm, while the rotary 4th axis accommodates workpieces up to 2000mm in length and 200mm in diameter. This truly delivers full-scale processing versatility, spanning everything from flat sheets to complex 3D workpieces.
    Lower capital investment
    By integrating flat, 3D, and multi-angle machining with automatic tool changing into a single machine, there is no need to purchase multiple single-function units. This significantly reduces equipment procurement costs and floor space, striking an ideal balance between versatility and capital investment.
    More intuitive user experience
    Featuring an intuitive control system, automatic tool calibration, and automatic workpiece positioning upon loading, the machine ensures a shallow learning curve, allowing even beginners to get started quickly. Its straightforward operation simplifies daily calibration and routine maintenance, drastically optimizing the overall user experience.

    Heavy-Duty Machine Frame, Custom Elevated Gantry

    Heavy-duty bed of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Heavy-Duty Bed Base Dedicated to Spire

    • The Spire 2130 4-Axis Multi-Functional ATC CNC Router features a heavy-duty bed design that supports an ultra-large working area of up to 2100×3000mm. The core stress-bearing zones of the machine frame are comprehensively reinforced, with thickened steel strips backing the mounting positions of the linear guide rails and gear racks. Additionally, the entire bed surface is overlaid with heavy-gauge load-bearing steel plates. This robust construction completely eliminates frame deformation and uneven stress distribution, which commonly occur during large-format processing, 3D curved machining, and heavy-duty cutting operations.
    • To guarantee long-term operational stability and enduring accuracy, the machine bed and base undergo a professional dual-stage stress-relief process: Vibratory Stress Relief (VSR) and Annealing. This treatment completely eliminates the internal residual stresses generated during steel tube welding and steel plate cladding. As a result, it effectively prevents structural warping and precision drift—even under prolonged high-speed operation and continuous multi-axis 3D milling—ensuring more uniform structural stress and uncompromised rigidity.
    • All critical mounting reference surfaces on the bed are precision-machined using a high-precision 5-axis gantry milling center, which enforces strict tolerances for flatness and parallelism. These ultra-precise mounting foundations significantly enhance the overall dynamic stability of the CNC router, fully meeting the stringent demands of industrial-grade, high-precision mass production.
    High rigidity gantry beams of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    High rigidity gantry columns of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Heavy-Duty Reinforced Gantry, Optimized for Extended Travel and 3D Machining

    • The machine utilizes heavy-duty reinforced steel crossbeams and gantry uprights, specifically engineered to handle the 400mm Z-Axis stroke, 4-axis tilting cutting, and demanding 3D carving conditions. Compared to standard CNC routers, structural rigidity has been significantly enhanced. This effectively eliminates the issues of insufficient stiffness and weak support often encountered during large-travel, multi-angle machining, providing a rock-solid 3D support framework for high-intensity operations.
    • All structural load-bearing contact surfaces undergo precision machining governed by stringent assembly standards. The mating interfaces of the gantry uprights, machine bed, and crossbeams are fully face-milled on large-scale milling centers to ensure a perfect, flush fit. This fundamentally eliminates potential looseness, precision drift, or resonance over long-term use. The entire structure remains inherently stable and deformation-free, delivering outstanding vibration-damping capabilities that consistently guarantee high precision and uniformity during curved carving and complex profile cutting to meet strict industrial-grade standards.
    • The machine structure leverages the Spire series' exclusive optimized design, delivering a comprehensive upgrade in structural strength, vibration resistance, and load-carrying capacity. Because this model is equipped with a rotary 4th axis for processing cylindrical workpieces, the crossbeam features a specially elongated design to fully absorb and support the heavy dynamic loads generated during intensive 3D carving and heavy-duty cutting operations.
    Anodized aluminum z-axis mounting plate of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    70mm Thickened Anodized Aluminum Alloy Mounting Plate

    • The Z-axis features a 70mm thick aluminum alloy mounting plate treated with a premium anodized finish. Combining high-strength structural support with inherently lightweight characteristics, the aluminum alloy completely eliminates the heavy dead weight and high inertial loads associated with traditional steel mounting plates. This provides an optimized structural foundation for the high-speed, high-frequency reciprocating motion of the Z-axis.
    • The surface of the mounting plate undergoes a hard-coat anodizing process, comprehensively elevating its durability with exceptional corrosion and wear resistance. CNC routing operations inevitably generate massive amounts of dust, wood chips, and cutting mist. Thanks to this hard-anodized shield, the spindle mounting plate is highly immune to corrosion, oxidation, and rust. This effectively prevents long-term issues such as surface pitting or wear-induced deformation, maintaining pristine structural flatness and precision while significantly extending the service life of the Z-axis transmission system.
    • With high structural strength and a very low deformation coefficient, this lightweight aluminum plate significantly reduces the operating load on the transmission system. Designed for the high-frequency lifting and rapid reciprocating motion of CNC routers, its lightweight construction enables faster response and more agile movement. It ensures precise start-stop positioning with minimal lag, enhancing overall machining accuracy and dynamic response.
    Adjustable leveling feet for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    High-Strength Leveling Feet

    • The CNC router bed is equipped with six sets of reinforced adjustable support feet, while the rotary 4th axis features three sets of support feet, providing comprehensive coverage across all critical load-bearing zones. This multi-point configuration uniformly distributes the machine's dead weight and dynamic cutting loads, effectively preventing frame tilting or uneven stress concentration over long-term operation, thus establishing a highly stable foundation for the machine.
    • The leveling feet utilize a precision threaded height-adjustment mechanism paired with dedicated locking nuts, offering exceptional tuning accuracy and straightforward operation. During machine installation, each foot can be finely adjusted to adapt to varying workshop floor conditions, allowing operators to rapidly achieve precise leveling calibration for the entire machine.
    • The base of every leveling foot is outfitted with a thickened, cushioning anti-slip rubber pad that integrates anti-skid, vibration-dampening, and noise-reduction capabilities. These high-damping rubber pads conform tightly to the mounting floor, significantly enhancing the machine's overall stability and completely eliminating accidental displacement during high-speed operation. Simultaneously, they efficiently absorb the structural vibrations generated during machining, mitigating resonance transmission and drastically lowering operational noise levels.
    Click the icon labels to view different machine parts

    Premium Components, Ensuring Ultra-Precise & Fluid Transmission

    Hiwin (Taiwan) P level 30 linear guideways of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    HIWIN (Taiwan) P-Level 30mm Linear Guideways

    • All three linear axes are equipped with Taiwan HIWIN P-level heavy-duty linear guideways featuring a substantial rail width of 30mm. This wide contact surface area delivers exceptional load-bearing capacity, fully absorbing the complex combined loads generated by heavy reciprocating motions and multi-angle cutting. It effectively eliminates the vibration and stress-induced deformation that standard rails often suffer from during heavy-duty machining, laying a rock-solid foundation for high-precision machine operation.
    • HIWIN P-level precision guideways offer outstanding straightness and positioning accuracy. Utilizing a precision recirculating ball design, the continuous rolling motion of the steel balls achieves extremely low backlash while drastically reducing frictional resistance. This effectively guarantees the dynamic stability of the XYZ axes under high-speed displacement, precise positioning, and micro-feeding conditions, ensuring immaculate surface flatness and dimensional accuracy.
    • HIWIN rails and blocks exhibit superior wear, fatigue, and vibration resistance, flawlessly meeting the rigorous demands of frequent start-stops and heavy-duty cutting operations. Long-term utilization will not lead to raceway wear, clearance play, or precision degradation. This significantly boosts the overall operational stability and durability of the CNC router, lowering routine maintenance costs and failure risks while guaranteeing long-term, high-intensity, and reliable performance.
    YYC (Taiwan) ground helical rack & pinion of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    YYC (Taiwan) High-Precision Ground Helical Rack & Pinion

    • The XY-axis transmission system is equipped with Taiwan YYC high-precision helical gear racks. Featuring an advanced helical design, the rack achieves progressive multi-tooth engagement, which provides a significantly larger contact surface area. This ensures more uniform stress distribution and minimal meshing impact during operation, effectively reducing mechanical friction, operational noise, and wear on the gear tooth surfaces.
    • Manufactured using a precision-ground process, the rack features an ultra-smooth tooth finish and delivers exceptional accuracy in controlling cumulative transmission errors. Under demanding operating conditions—such as high-speed reciprocating displacement, micro-feeding, and multi-angle simultaneous machining—it empowers the machine to flawlessly execute high-precision processing for complex 3D curved surfaces, intricate reliefs, and fine detailing.
    • The rack offers excellent interchangeability and supports seamless length expansion, making it a perfect match for long-travel transmission requirements. Even when splicing multiple segments together, the joint alignment and precision remain completely reliable, effectively eliminating transmission vibrations and any potential loss of accuracy.
    TBI (Taiwan) ground ball screws of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    TBI (Taiwan) High-Precision Ground Ball Screw

    • The Z-axis is equipped with a Taiwan TBI ground ball screw. Unlike conventional rolled ball screws, this screw is manufactured utilizing a high-precision grinding process, yielding a perfectly uniform thread profile and precise pitch. By replacing sliding friction with rolling friction, it overcomes the excessive frictional resistance common in traditional lead screws, seamlessly resolving the historical trade-off between low backlash and minimal frictional resistance. This significantly boosts both the rigidity and dynamic response performance of the Z-axis.
    • The TBI ground ball screw boasts near-zero backlash and a negligible cumulative feed error. It is engineered to flawlessly execute the micro-feed commands sent by the servo motor. Furthermore, its exceptionally low frictional coefficient guarantees that no stick-slip (creeping) phenomenon occurs during low-speed, micro-incremental feeding, ensuring pristine positioning accuracy.
    • The ball screw exhibits outstanding wear and fatigue resistance. Its raceways undergo an advanced hardening treatment, achieving extreme surface hardness that effortlessly withstands the high-intensity demands of the Z-axis, such as long-term, high-frequency reciprocating motion and rapid lifting cycles. Under prolonged continuous operation, the screw is highly immune to raceway spalling, clearance play, or precision degradation. This effectively minimizes transmission system failure rates, extends the service life of the Z-axis, and guarantees that the machine runs stably and reliably in high-volume, industrial mass production environments.
    High-precision diaphragm coupling of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Diaphragm Coupling

    • The Z-axis servo motor and ball screw are integrated via a high-strength double diaphragm coupling. The main body features a one-piece, integrally molded aluminum alloy construction, seamlessly combining a lightweight profile with exceptional structural strength. Its high-toughness stainless steel diaphragms deliver superior torsional stiffness and tensile strength, guaranteeing a highly efficient, zero-backlash connection between servo power and the ball screw drive.
    • The double diaphragm coupling delivers outstanding misalignment compensation, precisely offsetting axial, radial, and angular deviations that can arise during the assembly of the Z-axis servo motor and ball screw. This effectively eliminates common mechanical issues such as transmission binding, uneven stress distribution, and screw eccentricity. Furthermore, it absorbs and dampens the structural shocks generated during high-speed servo start-stops, allowing motor torque to be transferred smoothly and uniformly to the ball screw, which substantially elevates the positioning accuracy and operational fluidness of the Z-axis vertical feed.
    • Compared to conventional elastomer jaw couplings or rigid couplings, the double diaphragm design contains no wearing or consumable parts such as rubber inserts. This fundamentally eradicates the pervasive vulnerabilities of traditional jaw couplings—namely the aging, wear-tear, and loosening of elastomer spiders—drastically minimizing long-term maintenance overhead and operational failure rates.
    Shimpo (Japan) planetary of gear reducers of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    SHIMPO (Japan) Planetary Gear Reducers

    • The XY-axis drive system is equipped with Japanese SHIMPO planetary reducers, which offer high gear-meshing precision and exceptional transmission rigidity. These reducers efficiently amplify the torque output of the servo motors, substantially increasing the machine's overall load capacity to effortlessly handle instantaneous loads generated during heavy-duty cutting of large-format sheets and high-speed machining operations.
    • The gears within the planetary reducers undergo a precision-grinding process, delivering ultra-low backlash and outstanding transmission efficiency. Compared to conventional reducers, this design significantly minimizes power transmission loss and enhances synchronization. It perfectly complements the high-speed response characteristics of the Yaskawa servo motors, ensuring rapid start-stops, precise positioning, and smooth acceleration/deceleration transitions for the XY axes.
    • The planetary gear configuration distributes loads uniformly, effectively dispersing the shock loads caused by high-speed cutting and frequent start-stops, while dampening operational vibrations and reducing wear on transmission components. Designed to remain cool during prolonged, continuous operations, it effectively extends the service life of the entire drive system, lowering equipment failure rates and routine maintenance costs.
    High-strength aluminum alloy limit bumpers for Y-axis of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    High-strength aluminum alloy limit bumpers for X-axis of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    High-Strength Aluminum Alloy Limit Bumpers

    • High-strength aluminum alloy bumpers are configured at the travel extremes of the XY axes, precision-machined from a single piece of solid aluminum alloy. Featuring superior hardness and exceptional impact resistance, they provide robust, physical hard limits for linear axis displacement, effectively preventing accidents caused by accidental over-travel.
    • The ends of the aluminum alloy bumpers are fitted with rubber buffering pillars. In the event of a collision, these cushioning pillars absorb the impact energy, drastically mitigating potential collateral damage to the linear axes and their associated components, which further elevates overall operational safety.
    • In addition to the physical hard limit mechanism, the machine is integrated with photoelectric soft limits. Utilizing non-contact sensing technology, these photoelectric switches detect moving components approaching their travel limits in advance, sending deceleration and stop signals to the control system to prevent any impact from occurring at the source.
    Click the icon labels to view different machine parts

    HSD Spindle + 4-Axis Mechanics, Breathtaking Machining Artistry

    HSD 9KW high-speed air-cooled spindle of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    HSD 9KW High-Speed Air-Cooled Spindle

    • The CK-2130-RSP-T-4RS CNC Router is powered by an Italian HSD ES951 9kW air-cooled Automatic Tool Changer (ATC) spindle, delivering robust and stable cutting power. Supporting infinitely variable speed regulation from 0 to 24,000 rpm, the spindle maintains ample cutting torque across all operations, whether executing low-speed heavy-duty cutting or high-speed fine carving.
    • The spindle utilizes the premium ISO30 tool holder specification, which ensures high clamping precision and negligible concentricity errors. It is compatible with a full spectrum of machining tools up to 20mm in diameter, offering a wide adaptation range and exceptional versatility to effortlessly satisfy multi-process composite machining requirements—such as slotting, drilling, cutting, carving, and complex 3D profile milling. Paired with the ATC system, the tool-changing sequence is smooth and precise, eliminating the need for frequent manual tool adjustments. This drastically reduces transition times between different processes, effectively boosting production efficiency for complex multi-process parts and high-volume runs.
    • Featuring an advanced air-cooled design, this spindle requires no pumps, water lines, or anti-freeze consumables common to water-cooled alternatives, completely eradicating failure risks like water leaks, scaling, line blockages, or aqueous corrosion. It demands no additional routine maintenance, greatly simplifying day-to-day operation and care. Integrated with an independent, highly efficient cooling duct system, it delivers stable thermal dissipation that prevents heat buildup during high-speed runs, ensuring zero thermal degradation and maintaining consistent power and precision. The internal bearings and core mechanism of this HSD spindle are precision-calibrated to deliver exceptional vibration dampening, wear resistance, and fatigue performance, resulting in minimal vibration even during high-speed cutting. By balancing high-precision, high-efficiency machining with lowered maintenance overhead and elevated user convenience, this spindle fully guarantees long-term, stable, and highly productive manufacturing.
    4-axis swing head of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    The Four-axis swing head machining of 3D chair components

    4-Axis Swing Head

    • This 4-axis CNC router is equipped with a rotary swing head (A-axis), allowing the spindle to rotate ±90° within the X-Z plane. Driven by a Japanese Yaskawa 750W bus-controlled servo motor paired with a high-precision RV reducer, the system delivers high transmission torque, exceptional angular positioning accuracy, and reliable self-locking capabilities. It is perfectly engineered for multi-angle machining applications, including 3D engraving, bevel machining, and side machining.
    • The swing head enables a wide array of complex 3D machining, supporting bevel cutting, side slotting, side drilling, side milling, chamfering, angled hole machining, and irregular bevel contour cutting. Typical applications and processes include: fine side-edge trimming of panels, wooden door lock holes, hinge slots, 45° chamfered cabinet doors, staircase handrail corners, mold cavities, wooden molds, and more.
    • When standard 3-axis CNC routers face multi-angle machining demands (such as irregular cutting and drilling of chair backrests, or door milling combined with side lock-hole machining), they require extensive, repetitive workpiece refixturing. This workflow involves multiple tedious steps, including manual angle adjustment, repositioning, and clamping. The swing head eliminates this bottleneck entirely. With just a single clamping setup, it completes all machining operations on the front, sides, and various angled bevels of the workpiece. This drastically reduces manual clamping errors, repeat positioning deviations, and non-productive auxiliary hours. As a result, it significantly enhances dimensional consistency and product yield rates while shortening production cycles—delivering a comprehensive boost to both production efficiency and machining accuracy for beveled, curved, and polyhedral workpieces.
    Side-mounted rotary 4th axis of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Side-mounted rotary 4th axis of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Side-mounted rotary 4th axis of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Side-Mounted Rotary 4th Axis

    • The CNC router features a side-mounted rotary 4th axis specifically designed for the 3D machining of cylindrical and columnar workpieces. With an effective processing length of up to 2000 mm and a maximum machining diameter of 200 mm, it fully satisfies the comprehensive processing needs for various wood strips, rods, and rotational workpieces. Typical applications include Roman columns, table/chair legs, and wood-carved ornaments. Supporting 360° rotational positioning, it completely overcomes the limitation where traditional 3-axis CNC routers cannot process rotational workpieces, significantly expanding the machine's product capabilities and application scope.
    • The surface of the mounting plate undergoes a hard-coat anodizing process, comprehensively elevating its durability with exceptional corrosion and wear resistance. CNC routing operations inevitably generate massive amounts of dust, wood chips, and cutting mist. Thanks to this hard-anodized shield, the spindle mounting plate is highly immune to corrosion, oxidation, and rust. This effectively prevents long-term issues such as surface pitting or wear-induced deformation, maintaining pristine structural flatness and precision while significantly extending the service life of the Z-axis transmission system.
    • With high structural strength and a very low deformation coefficient, this lightweight aluminum plate significantly reduces the operating load on the transmission system. Designed for the high-frequency lifting and rapid reciprocating motion of CNC routers, its lightweight construction enables faster response and more agile movement. It ensures precise start-stop positioning with minimal lag, enhancing overall machining accuracy and dynamic response.
    Click the icon labels to view different machine parts

    Yaskawa Servos, Bringing World-Leading Precision to CNC Routing

    askawa 1300W servo motor for Y-axis of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    askawa 1300W servo motor for rotary 4th axis of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Yaskawa drive of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Yaskawa drive of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Yaskawa Servo System

    • The Spire 2130 4-Axis ATC CNC Router is equipped with six sets of Japanese Yaskawa bus-based absolute servo systems, providing comprehensive coverage of all axes. Power distribution is scientifically optimized: the X, Y, and Z axes are each powered by 1300W servo motors—with the Y-axis employing a dual-servo synchronous drive and the Z-axis featuring a brake servo motor. The swing head is driven by a 750W servo motor, while the rotary 4th axis is paired with a 1300W servo motor. This configuration fully satisfies the power demands of 2D, 3D, and complex multi-angle machining.
    • By utilizing two Yaskawa servo motors for synchronous driving, the Y-axis effectively eliminates common single-motor issues such as uneven structural stress and travel deviations over large spans and long travels. Furthermore, the servo motors feature a bus-based absolute encoder design. This removes the need for homing calibration upon every startup; the system achieves precise positioning immediately upon power-up, completely avoiding origin drift and cumulative errors to fundamentally enhance repeatability and machining consistency.
    • The Z-axis is engineered with a brake-functional servo motor that instantly locks and secures the axis the moment power is cut or stopped, and this effectively prevents any accuracy deviations caused by the spindle's self-weight during machining. Both the swing head and the rotary 4th axis are driven by the bus-based servo system, delivering highly responsive dynamic behavior, abundant low-speed torque, and smooth, vibration-free operation. This ensures the machine maintains high precision and superb stability during prolonged, continuous production runs.

    Syntec CNC Systems, Where Professional-Grade Performance Meets Intuitive Operation

    Control cabinet for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Syntec 63WA control panel for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Syntec 63WA industrial computer for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    SYNTEC (Taiwan) 63WA Control System

    • Equipped with the Taiwan Syntec 63WA bus control system, the machine supports multi-axis simultaneous linkage and high-precision, complex 3D machining. Featuring powerful multi-axis computation and closed-loop control capabilities, it serves as the core processing engine for achieving 4-axis simultaneous linkage. The system perfectly matches the operational demands of both the 4-axis swing head and the rotary 4th axis, precisely handling complex calculations such as indexing rotation, multi-angle feed, and 3D trajectory interpolation. Its bus-based transmission architecture ensures rapid signal speeds, robust anti-interference capabilities, and swift command response, significantly enhancing the machine's dynamic machining accuracy and operational smoothness.
    • The system includes highly practical features such as breakpoint resume and handwheel simulation. The breakpoint resume function precisely memorizes machining coordinates and toolpath progress; in the event of sudden power outages, unexpected shutdowns, or operational errors, machining can resume seamlessly upon restart without requiring tool resetting or refixturing, effectively preventing material waste and lost labor hours. The handwheel simulation feature allows operators to simulate the path before cutting, pre-checking for potential tool collisions or programming errors to guarantee operational safety. Highly compatible, the system seamlessly integrates with all mainstream CAD/CAM design and programming software on the market, supporting the import and export of various toolpath file formats to adapt to diverse programming techniques and manufacturing requirements.
    • The Syntec 63WA control system features a clear, intuitive human-machine interface (HMI) with a well-organized layout. Tasks such as parameter adjustment, program editing, and axis control are straightforward and accessible, allowing even novice operators to get up to speed quickly. It also supports rapid multi-language switching. While consistently ensuring high-precision and high-complexity machining results, it effectively lowers the operational barrier and reduces human error, achieving an ideal balance of production efficiency, machining accuracy, and user convenience.
    Wireless keyboard and mouse for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Wireless Keyboard and Mouse

    • The machine comes equipped with a 2.4GHz wireless keyboard and mouse, completely eliminating the cable clutter, restricted movement, and cord-pulling hazards associated with traditional wired peripherals. Utilizing 2.4G wireless transmission technology, it delivers stable signals, strong penetration, and exceptional anti-interference capabilities. This makes it a perfect fit for the complex electrical environments of industrial workshops, effectively preventing signal disruptions and ensuring continuous, uninterrupted control.
    • The wireless peripheral set offers highly sensitive control with ultra-low latency. Whether retrieving machining programs, fine-tuning multi-axis parameters, previewing toolpaths, or coordinating with a 5-axis handwheel for trajectory simulation and debugging, the system responds precisely to every input command. This significantly boosts operational efficiency during program editing, parameter adjustment, and troubleshooting.
    • Engineered to be dustproof and durable, the keyboard and mouse effortlessly withstand harsh, long-term industrial shop conditions. Free from the constraints of operating distance and fixed locations, the wireless control mode allows operators to flexibly adjust their stance and position as needed, effectively enhancing the overall user experience during daily production and system debugging.
    Electronic pulse handwheel for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Electronic Pulse Handwheel

    • The CNC system is equipped with a 5-axis electronic pulse handwheel, perfectly adapted for the multi-axis simultaneous machining of the swing head (A-axis) and the rotary 4th axis (B-axis). It enables synchronous control over the X, Y, and Z linear axes as well as the A and B rotary axes, with the rotational axes supporting angle adjustment. The handwheel delivers precise pulse outputs, highly responsive feedback, and stable, zero-latency command transmission, making it ideal for precision operations such as multi-axis feed micro-adjustments and tool setting.
    • For complex machining scenarios—such as irregular parts, 3D curved surfaces, and workpieces with surfaces-of-revolution—operators can use the handwheel to simulate multi-axis simultaneous toolpaths in advance. This allows them to precisely check for trajectory deviations, interference, or tool collisions, preventing material waste and downtime during actual production.
    • Designed for a comfortable grip and effortless operation, the handwheel features robust anti-interference capabilities. It allows intuitive axis selection across all five axes alongside feed rate fine-tuning, significantly flattening the learning curve for machine setup so even novices can quickly adapt. Whether utilized for mass production setups, pre-machining debugging of complex workpieces, or part deviation correction, it effectively boosts setup efficiency and yield rates while safeguarding overall machining stability and precision.
    Click the icon labels to view different machine parts

    Premium Electrical Hardware, Building Perfection Into Your CNC Router

    • Delta Variable Frequency Drive
    • Interlock and Short-Circuit Protection Switch
    • High-Quality Power Switches
    • Schneider Electrical Components
    • SMC Air Combination
    • High-Reliability Aviation Plugs
    • Fully Enclosed High-Strength Cable Carrier
    • High-Quality Terminal Blocks
    • Delta variable frequency drive of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

      Delta Variable Frequency Drive

      • The CNC router's spindle is driven by a Delta MS300 11kW high-performance VFD that supports a wide frequency output range and rapid dynamic response. It remains exceptionally stable and reliable under demanding operating conditions, including heavy-load cutting, frequent direction changes, and prolonged continuous operation. Equipped with robust anti-interference capabilities alongside comprehensive overcurrent, overvoltage, overload, and overheating protection, it effectively safeguards smooth and steady spindle operation.
      • This VFD perfectly adapts to the full speed spectrum of the HSD spindle, seamlessly transitioning from low-speed, heavy-duty roughing to high-speed fine finishing. It delivers precise speed control and highly fluid acceleration/deceleration curves. Operating with ultra-low noise and minimal speed fluctuations, it allows the HSD spindle to fully leverage its strengths of high speed, high precision.
      • Beyond precise motion control, the inverter provides intelligent real-time monitoring and proactive protective mechanisms for the spindle. By preventing spindle damage caused by unexpected operational faults or sudden anomalies, it drastically lowers the machine's failure rate and significantly minimizes long-term maintenance costs.
    • Interlock and short-circuit protection switch of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

      Control Cabinet Interlock and Short-Circuit Protection Switch

      • The control cabinet features an integrated safety interlock switch that establishes a physical linkage between the cabinet door and the machine power supply. The moment the electrical cabinet door is opened, the machine circuit is automatically disconnected; power can only be restored and the equipment restarted after the door is fully closed and the interlock switch is reset.
      • By strictly enforcing standardized power-down and power-restoration protocols, this interlock switch ensures that operators never work on live components during installation, inspection, or routine maintenance. This drastically enhances overall operational and maintenance safety.
      • The interlock switch is directly coupled to the circuit breaker inside the cabinet. This breaker is engineered with multiple built-in safety protection features that instantly trip and isolate power in the event of an electrical short circuit or other faults, effectively safeguarding both the internal electrical components and the operator.
    • High-quality power switches of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

      High-Quality Power Switches

      • The Spire CNC Router comes standard with Schneider industrial switches, including a start button and an emergency stop button. Boasting an IP65 protection rating, these switches deliver exceptional dustproof and waterproof performance. Given their high frequency of use, both control buttons are strategically positioned in the most ergonomic, accessible location on the control panel for maximum operational convenience.
      • Integrated on the left side of the control panel is a high-precision meter designed to display voltage and current in real time. Utilizing a high-brightness digital tube display, it offers crystal-clear visibility that allows operators to intuitively monitor the machine's live operating status and promptly detect any abnormal voltage or current fluctuations.
      • The rightmost section of the control panel is equipped with two USB ports. These interfaces provide connectivity for various external peripherals and allow for quick, efficient data transfer via USB flash drives.
    • Schneider electrical components of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

      Schneider Electrical Components

      The machine's entire electrical system is built exclusively with premium Schneider Electric components, including circuit breakers, AC contactors, intermediate relays, a 24V DC power supply, a phase sequence protector, and a surge protector. From the main incoming power supply down to low-voltage signal management, this setup comprehensively optimizes operational stability, electrical safety, and the overall service life of the CNC router.

      • Circuit Breakers: Manage the power connectivity of the entire electrical grid while providing essential overload, short-circuit, and overcurrent protection.
      • AC Contactors: Deliver highly reliable switching to safely govern the startup and shutdown of high-power components, such as the spindle and drilling units.
      • Intermediate Relays: Handled for fast-response signal switching, ensuring the stable and uninterrupted transmission of control commands.
      • 24V DC Power Supply: Supplies a steady and reliable low-voltage direct current to the control system, sensors, and solenoid valves.
      • Phase Sequence Protector: Provides 24/7 monitoring of the incoming three-phase power supply, effectively preventing machine malfunctions or reverse rotation caused by phase loss or phase reversal.
      • Surge Protector: Instantly suppresses and diverts transient high-voltage spikes caused by lightning strikes or power grid fluctuations. This critical shield protects sensitive core electronics—including the CNC system, servo drives, and the spindle—from severe voltage shocks, drastically minimizing unexpected component failures and extending the equipment's lifespan.
    • Schneider electrical components of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

      SMC Air Combination

      • Equipped with a 4-axis swing head and an ATC spindle, the machine's head assembly carries immense dead weight. To alleviate the heavy load this places on the Z-axis, we have integrated a pneumatic cylinder that applies an active counter-force. This effectively prevents gravity-induced sagging, which can cause uneven machining depths, precision deviations, or even self-locking failures—ensuring absolute stability during both machine operation and cutting processes.
      • The pneumatic system driving this cylinder is powered by a premium Japanese SMC air combination (filter regulator + lubricator ). Seamlessly integrating precise pressure regulation with air supply purification, it allows operators to fine-tune the air pressure on demand based on specific spindle working conditions, keeping the cylinder's output force flawlessly balanced and stable at all times.
      • This system highly efficiently eliminates moisture, oil, and impurities from the compressed air, drastically upgrading air supply cleanliness. By shielding the cylinder's interior from moisture and contaminant erosion, it prevents critical faults such as inner-wall corrosion, piston jamming, and premature seal aging—comprehensively safeguarding pneumatic components and significantly extending the cylinder's operational lifespan.
    • High-reliability aviation plugs of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

      High-Reliability Aviation Plugs

      • The control cabinet connects to the machine body 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 high-strength cable carrier of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

      Fully Enclosed High-Strength Cable Carrier

      • All three axes (X/Y/Z) are equipped with cable carriers. During frequent, reciprocating axis movements, the cable carriers dynamically guide the motion, providing structural restraint and physical protection for the internal cables and air hoses. This effectively prevents long-term stretching, twisting, tangling, and physical kinking or bending fatigue.
      • All power cables, signal lines, and air hoses across the machine are neatly organized and routed within the cable carriers. This structured management eliminates messy wiring, significantly reducing troubleshooting time and simplifying maintenance during routine machine servicing, circuit inspections, or component repairs.
      • The cable carriers feature a fully enclosed outer shell design that completely blocks wood dust, chips, and other debris from entering the internal cavity. By shielding the lines from harsh machining environments, it prevents premature cable aging, wear, and tear, drastically reducing the failure and degradation rates of both cables and pneumatic hoses.
    • High-quality terminal blocks of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

      High-Quality Terminal Blocks

      • All Spire Series of CNC routers utilizes industrial-grade terminal blocks for electrical wiring. Within the control cabinet, three dedicated terminal blocks are allocated separately for the machine, the vacuum pump, and the dust collector. Operating as three mutually independent circuits, this layout effectively isolates the machine's primary circuitry from any electrical noise or interference generated by high-power external equipment, completely eliminating the risk of cross-faults.
      • The terminal blocks utilize a secure screw-clamp mechanism to establish highly reliable wire connections characterized by low contact resistance and minimal temperature rise. Boasting an exceptional current-load capacity, they can stably handle the continuous, heavy-duty operating currents of high-power devices like vacuum pumps and dust extractors. Furthermore, the outer housing is molded from industrial-grade flame-retardant materials that resist high temperatures and aging, providing an effective safeguard against accidental electric shocks or short-circuit hazards.
      • This independent, compartmentalized circuit layout makes troubleshooting straightforward and intuitive. Maintenance technicians can rapidly isolate the faulty circuit and perform targeted servicing. This significantly lowers maintenance complexity, shortens diagnostic downtime, and comprehensively boosts the machine's overall service efficiency and long-term production continuity.

    Automated Tool Changing & Setting, Bringing Pure Simplicity to Your Routing Experience

    Linear Automatic Tool Changer (ATC) Magazine

    • The tool magazine can accommodate 16 tools conforming to the ISO30 standard. This 16-tool capacity fully satisfies the diverse, multi-process machining needs of panel furniture production—including cutting, drilling, slotting, chamfering, and edge trimming—effectively maximizing machining continuity and uptime.
    • The linear tool magazine is mounted directly underneath the gantry and travels along with it. When a tool change is triggered, the spindle only needs to travel a very short distance, enabling exceptionally fast tool changes and minimizing non-productive cycle times.
    • The automatic tool changer (ATC) system integrates seamlessly with an automatic tool setter. Upon completing each tool change, the spindle automatically moves above the tool setter, where the system precisely measures the tool length and automatically generates the corresponding length compensation value. The entire workflow is fully automated by the control system without any manual intervention, ensuring flawless tool calibration while drastically reducing operator labor intensity and the risk of human error.
    Linear automatic tool changer (ATC) magazine for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Automatic Tool Setter

    • Featuring a contact-based design, this device automatically and precisely measures tool length after each tool change and generates the corresponding coordinate compensation (tool offset). This drastically improves tool-setting efficiency and automation, ensuring a smoother and more stable multi-process continuous machining workflow.
    • During panel engraving or cutting, the heavy accumulation of wood chips and dust can easily compromise standard tool setters by adhering to the contact pad or tool tip, leading to data deviations or measurement failure. To combat this, our tool setter features an automatic self-cleaning function that releases a high-pressure air blast prior to calibration. This thoroughly clears away debris from the contact surface, guaranteeing highly accurate and consistent results every time, which effectively reduces the scrap rate caused by tool-setting errors.
    • Built with a compact and heavy-duty construction, the tool setter offers exceptional impact and dust resistance, allowing it to operate reliably over long periods in harsh, dust-heavy workshop environments. It is engineered to integrate perfectly with the automatic tool changer (ATC) system, ensuring that different tools maintain a perfectly identical machining depth even after frequent swaps. This minimizes errors, guaranteeing uniform part dimensions and rock-solid precision during mass production runs.
    Automatic tool setter for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    ISO Tool Holder Disassembly Station

    • Mounted on the left gantry column of the CNC router is a dedicated fixture designed for the quick disassembly and tightening of ISO tool holders. Sparing no expense, we machined this device from a single piece of high-strength aluminum alloy. The aluminum material is inherently rustproof and lightweight, yet exceptionally robust, allowing it to withstand immense torque during tool changes without deforming.
    • When a tool holder needs to be disassembled (such as when replacing the cutting tool inside), the operator simply drops the tool holder into the fixture's dedicated locking slot. Using a standard ER32 wrench, they can then effortlessly loosen or tighten the collet nut. The entire process requires no additional auxiliary tools or complex procedures, drastically enhancing efficiency during tool swaps and routine maintenance.
    • Specifically engineered for ISO tool holder specifications, this fixture provides rock-solid, secure clamping. Its structural design effectively prevents thread damage caused by uneven force distribution during tightening or loosening. By protecting the delicate threads, it extends the service life of your tool holders, lowers consumable costs, and ensures that they maintain their pristine clamping precision and reliability even after prolonged, high-frequency use.
    ISO tool holder disassembly station for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    From Loading to Unloading, Refining Every Single Detail

    Vacuum worktable for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Vacuum zone control switches for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    4+3+4 positioning cylinders for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Auxiliary loading rollers for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Rear automatic panel pusher for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Vacuum Worktable

    Vacuum Zone Control Switches

    4+3+4 Positioning Cylinders

    Auxiliary Loading Rollers

    Rear Automatic Panel Pusher

    • The CNC router machine is equipped with a premium vacuum clamping table featuring an evenly distributed network of surface grooves. These grooves establish a negative pressure airflow system that generates powerful suction to secure sheet materials. Once a panel is loaded, a single button press instantly activates the vacuum hold-down, making the material loading and setup process exceptionally fast and convenient.
    • The table surface is systematically divided into 9 independent zones with a total of 25 vacuum ports. The vacuum clamping for each designated area can be controlled individually via dedicated valves. When machining smaller sheet sizes, operators only need to activate the corresponding zone, which effectively minimizes vacuum pump energy consumption and optimizes suction efficiency.
    • This independent zoning architecture effortlessly adapts to diverse manufacturing specifications. Whether handling small workpieces, oversized sheets, or irregularly nested offcuts, the material is held rock-solid against the table. It perfectly satisfies the suction demands of a wide variety of industrial substrates—including solid wood, MDF, plywood, acrylic, PVC, and melamine boards—completely eliminating panel slippage, shifting, or edge-lifting during high-speed machining.
    • A vacuum control valve manifold is mounted on the side of the machine, consisting of 9 individual valves that correspond one-to-one with the 9 zones of the vacuum table. Based on the workpiece size and placement, operators can flexibly adjust the airflow for each independent zone. This significantly reduces unnecessary vacuum energy consumption while maintaining optimal, reliable hold-down forces.
    • The ball valves are machined from pure brass, offering exceptional corrosion resistance and high mechanical strength. Featuring a precision-engineered internal structure, the valves turn smoothly with minimal resistance, completely preventing sticking, jamming, or premature wear even during prolonged, high-frequency operation. This ensures an ultra-long service life that easily withstands the rigorous adjustment demands of daily production.
    • Each valve is clearly labeled with its corresponding vacuum zone identifier, supplemented by a complete vacuum table layout diagram on the right side of the manifold. This eliminates the need for guesswork or trial-and-error, making operations completely clear at a glance. Additionally, a vacuum pressure gauge is integrated on the left side of the valves to provide visual, real-time pressure readings. When running repetitive batches of the same workpiece, operators can precisely adjust the valves to match preset pressure values, ensuring flawless clamping consistency across production cycles.
    • The machine utilizes positioning cylinders (pneumatic pop-up pins) to precisely align and secure sheet materials to the datum processing coordinates. A total of 7 positioning cylinders are systematically arranged along two edges of the worktable, complemented by 4 cylinders embedded in the center of the table, creating a highly adaptable positioning matrix for various panel dimensions.
    • This effectively guarantees the absolute accuracy of the sheet's reference coordinates, completely eliminating workpiece scrapping caused by manual alignment errors. Furthermore, it completely removes the tedious and frustrating manual measurement and manual alignment steps from every material loading cycle.
    • All cylinders can be raised or lowered independently via the control system. The edge positioning cylinders ensure flawless alignment for large-format, full-sized panels up to a maximum dimension of 2100×3000 mm (7×10 ft). For smaller sheets, the 4 independent central cylinders can be raised to align standard sizes like 1220×2440 mm (4×8 ft) and 1220×2740 mm (4×9 ft), effortlessly accommodating the alignment demands of any production run.
    • A matrix of 32 rollers arranged in 4 rows and 8 columns is integrated at the rear of the worktable to facilitate panels loading. Panels can be smoothly guided forward along the rollers, drastically minimizing frictional resistance between the panel and the table surface. A material loading task that traditionally required multiple workers to lift and position heavy panels can now be effortlessly managed by a single operator, effectively cutting labor costs and significantly reducing physical labor intensity.
    • Sliding the panels across the auxiliary loading rollers effectively protects them from scratches, scuffs, or surface damage often caused by table friction or material handling collisions. This design is exceptionally crucial for materials with stringent surface quality demands—such as high-gloss lacquered panels, acrylic sheets, and veneered panels—safeguarding raw workpiece integrity and ensuring a flawless, premium aesthetic for the finished product.
    • The auxiliary loading rollers operate in perfect synergy with the vacuum table and the positioning cylinders. Once a sheet is smoothly rolled onto the table, the positioning cylinders instantly deploy to establish the datum alignment, and the vacuum system immediately secures the panel into place. This fluid, continuous workflow—from loading and alignment to vacuum hold-down—drastically minimizes non-productive cycle times and maximizes batch production efficiency.
    • The rear side of the gantry is equipped with an automatic panel pusher device. Upon completion of the machining cycle, the control system automatically commandsthe device to smoothly push the processed panel out of the machining zone. This design significantly enhances production line throughput while drastically reducing operator labor intensity.
    • This pusher device is an indispensable key component for achieving automated production. When paired with the optional automatic loading and unloading tables, it enables a fully automated operational cycle—from raw panel loading and precision machining to final offloading. This establishes a highly efficient, continuous production line that makes true unattended manufacturing a reality.
    • The pusher device is directly integrated with the machine's dust collection system. While advancing the panel forward, it simultaneously performs a secondary dust extraction sweep across the vacuum table. This thoroughly captures residual wood chips and fine dust left on the surface, ensuring a pristine working environment for the next cycle while significantly minimizing airborne dust pollution on the shop floor.

    Uncompromising Peripherals, Premium Dust Collector & Variable-Frequency Vacuum Pump

    7.5kW pulse cyclone dust collector dust collector of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    7.5kW Pulse Cyclone Dust Collector

    • Equipped with a powerful 7.5kW industrial motor, this dust collector combines advanced cyclone extraction with pulse-jet self-cleaning technology. During panel cutting, milling, and drilling, it instantly captures both heavy wood chips and microscopic airborne particles. By maintaining a pristine machining zone and a clean table surface, it prevents residual debris from compromising vacuum clamping precision or degrading the edge-finish quality.
    • The integrated pulse-jet cleaning system automatically delivers periodic, high-pressure air blasts to back-flush the filters. This dislodges caked dust and particles from the filter media, preventing clogging and entirely eliminating suction drop-off over time. Because the process requires zero manual filter removal or cleaning, it dramatically cuts routine maintenance downtime, significantly extends filter replacement cycles.
    • Outfitted with a 150mm large-diameter ducting network, the system interfaces seamlessly with both the HSD spindle and the automatic material pusher to achieve a comprehensive dust extraction efficiency of over 98%. This ultra-high capture rate substantially improves shop floor air quality, safeguarding operators from airborne dust hazards while dramatically reducing the risk of dust-induced component failures on neighboring machinery.
    Pulse cleaning
    Cyclone dust collection
    11KW high-power variable frequency constant pressure vacuum pump for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    11kW High-Power Variable Frequency Constant Pressure Vacuum Pump

    • Driven by intelligent variable frequency drive (VFD) technology, this pump automatically modulates its power output based on the real-time negative pressure demands of the material. Compared to conventional fixed-frequency vacuum pumps, this advanced control mechanism drastically reduces energy consumption while maintaining a rock-solid vacuum level, delivering stable, powerful, and continuous hold-down force to the vacuum table.
    • The vacuum pump features a completely waterless and oil-free design, eliminating the need for cooling water or lubricants. This prevents the generation of hazardous wastewater or oil contaminants, fully aligning with modern green manufacturing standards. Furthermore, it completely eliminates the routine cost and maintenance hassle of replacing fluid consumables, substantially lowering operational overhead and minimizing manual labor.
    • Strategically integrated at the air intake is a high-precision filter element that forms a comprehensive barrier against wood chips, fine dust, and microscopic debris generated during machining. By intercepting particles before they reach the pump chamber, it effectively eliminates internal component wear and line clogging. This proactive defense significantly reduces machine failure rates, extends the vacuum pump's service life, and guarantees the long-term reliability of the entire vacuum clamping system.
    Variable Frequency
    -50KPa
    880m³/h

    Automatic Lubrication, Set It, and Forget It

    Large-Capacity Automatic Lubrication System

    • The entire Spire Series of CNC routers is equipped with a centralized automatic lubrication system that delivers timed, automated lubrication to critical transmission components, such as guide rails and ball screws. This drastically simplifies daily machine maintenance routines. By completely eliminating manual greasing and the associated machine downtime, this system is perfectly tailored for long-term, continuous industrial production.
    • The lubrication system integrates a high-precision oil pressure gauge and a low-oil alarm module. The pressure gauge provides immediate visual feedback on oil line delivery pressure, allowing maintenance personnel to easily check for blockages or flow restrictions. If the oil level drops too low or pressure anomalies occur, the system instantly triggers an audible and visual alarm to prompt a refill. This proactive defense prevents dry friction and premature wear on precision components like guide rails, linear sliders, and ball screws from the very source.
    • Operators can pre-program the exact lubrication intervals and oil delivery duration. The system then evenly distributes lubricant across the surfaces of all moving parts—including linear rails, racks, ball screws, and bearings—forming a dense, protective oil film. Compared to manual lubrication, this automated process offers vastly superior uniformity and stability. This not only minimizes component friction and mechanical noise but also slows down part aging, substantially extending the overall service life of the machine.
    Automatic lubrication system for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Behind Your Spire, Backed by Our Total Dedication

    Spire series exclusive serial number of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Maintenance instructions of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Spire Series Exclusive Machine ID & Service

    • Every Spire CNC Router is outfitted with a unique serial number and dedicated nameplate, enabling comprehensive lifecycle traceability. This allows operators to quickly identify the machine model, verify critical parameters, and seamlessly connect with the CATEKCNC service network—enjoying premium, hassle-free after-sales support without tedious verification procedures.
    • The Spire Series comes backed by an industry-leading 5-year extended warranty, paired with a dedicated 1-on-1 technical support team. This ensures rapid response times for equipment inquiries, troubleshooting, and preventive maintenance. Furthermore, Spire owners receive lifetime free maintenance guidance and complimentary software upgrades, ensuring the machine's control system remains continuously optimized, stable, and cutting-edge.
    • A standardized instruction placard is prominently affixed to the rear of the machine, featuring comprehensive "Safety Precautions" and a "Standardized Maintenance Guide." The "Safety Precautions" outlines rigorous operational protocols to eliminate user error and workplace hazards. Meanwhile, the "Maintenance Guide" provides crystal-clear instructions on cleaning methods, lubrication standards, inspection intervals, and core component care—empowering operators to maintain the equipment scientifically, extend its operational lifespan, and safeguard long-term high-precision performance.
    Complete documentation kit for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Quick guide for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    User manual for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Warranty card for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Machine certificate for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Letter of thanks for Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Spire Series Complete Documentation Kit

    • Every Spire CNC Router ships with a complete documentation suite that meticulously spans installation, commissioning, operation, preventive maintenance, and warranty integration. This comprehensive package includes the official certificate of conformity, warranty card, detailed warranty terms, a quick start guide, and an authoritative user manual.
    • Drawing inspiration from premium consumer electronics, CATEKCNC introduces an industry-first Quick Start Guide tailored specifically for the industrial CNC router sector.. Tailored specifically for seamless onboarding, this concise, high-impact guide contains standard packaging checklists, rapid machine calibration methods, quick-connect procedures for vacuum pumps and dust extractors, essential startup sequences, and immediate troubleshooting steps. It dramatically flattens the learning curve, enabling operators to confidently master foundational workflows and accelerate time-to-production.
    • Serving as the cornerstone of the documentation package, the master User Manual delivers an exhaustive, systematic breakdown of all machine components, installation workflows, standardized operational protocols, advanced maintenance schedules, and diagnostic matrices. Every single procedure is illustrated with high-definition, real-world photographs for intuitive, step-by-step visual training. Additionally, complete electrical and pneumatic schematics are included to provide technical teams with precise engineering blueprints for advanced troubleshooting, fully safeguarding long-term, high-precision operational stability.

    Everything Is Ready — Unbox, and Get Straight to Work

    Toolbox first layer of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Toolbox second layer of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Tool collet set of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis
    Tool set of Spire 2130 CNC router with 4-axis swing head and rotary 4th axis

    Free Accessory Kit for Diverse Machining Needs

    • Every machine is accompanied by a dedicated, comprehensive toolkit upon shipment, packed with essential maintenance tools, spare wear parts, precision clamping accessories, a complete cutter array, and auxiliary peripherals. The kit specifically features a full hex key set, a spindle ER wrench, spare air tube fittings, spare relays, spare limit switches, a 16-piece ISO30 tool holder set, an 18-piece ER32 collet set, a 35-piece machining cutter selection, a wireless keyboard and mouse combo, and a data USB flash drive. This all-inclusive toolkit perfectly covers every operational stage, from machine commissioning and emergency repairs to daily operations and volume manufacturing.
    • The multi-specification hex key set facilitates machine assembly, structural adjustments, and routine maintenance. To counter unexpected hardware wear or electrical faults, high-frequency spares like air nozzles, relays, and limit switches are provided for instant, on-site replacement to minimize downtime. Furthermore, the data USB drive is pre-loaded with a complete digital resource suite—including electronic user manuals, factory test-run files, professional programming software, and critical system backups—offering operators instant access to high-efficiency technical support for daily programming and system maintenance.
    • The AA-grade 18-piece ER32 collet set is engineered to ultra-precise manufacturing standards, delivering exceptional concentricity for stable, high-accuracy clamping across various tool sizes. Paired with this is a versatile 35-piece professional tooling set that spans an extensive selection of standard routers, core box bits, ball-nose bits, and specialized profile cutters. This collection effortlessly fulfills the multi-process demands of custom furniture production—including panel nesting, slotting, profiling, chamfering, and intricate cutout routing—adapting seamlessly to different materials and complex engineering specifications.
    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

    Find answer to your most common question

    View all FAQs
    Easily explore helpful answers to the questions our users ask most,so you can understand the Spire better and get support instantly.
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    +86 135 8313 8886

    • 1. What Is a 4-Axis CNC Router, and What Are the Different Types?

      A 4-axis CNC router builds upon the standard 3-axis (XYZ linear axes) setup by adding a rotary axis, thereby enabling 3D or multi-angle machining capabilities. There are two common configurations for 4-axis CNC routers:

      Swing Head Type (Spindle Tilting): This type adds a spindle-rotating function, allowing the spindle to pivot ±90°. It is used for machining bevels, sides, or irregular curved surfaces. Typical applications include shaping curved chair backs, milling wooden doors lock holes, and fabricating foam molds.

      Rotary 4th Axis Type: This type introduces a rotary fourth axis, allowing the workpiece itself to 360° rotate. It is ideal for machining cylindrical and rotational components. Typical products include stair balusters, table/chair legs, and sofa legs.

      Meanwhile, the CK-2130-RSP-T-4SR is equipped with both configurations simultaneously, truly enabling a single machine to cover diverse manufacturing scenarios—from flat and side/beveled to rotational machining.

    • 2. What Is the Difference Between a 4-Axis Swing Head and a Rotary 4th Axis on a CNC Router?

      These two features are completely independent functional modules that can be flexibly selected based on specific production requirements.

      The 4-axis swing head allows the spindle to pivot ±90° within the X-Z plane. It is designed for multi-angle machining while the workpiece remains fixed to the worktable. Because the spindle can pivot at precise angles, it enables multi-angle machining and executes operations well beyond the capabilities of a traditional 3-axis CNC router, such as side slotting, bevel cutting, and complex curved surface milling.

      The rotary 4th axis is primarily used to drive the workpiece itself through a full 360° rotation. In this configuration, the spindle remains upright while the workpiece rotates, making it ideal for the 3D machining of cylindrical components, such as Roman columns, stair newels, and intricate carvings.

    • 3. Is the Automatic Tool Changer (ATC) System on the CNC Router Stable in Operation?

      Exceptional stability. The multi-functional 4-axis ATC CNC router utilizes a mature linear tool magazine system that accommodates up to 16 tools. Paired with a self-cleaning automatic tool setter, it delivers full end-to-end automation across the entire cycle—from machining and tool setting to seamless tool changes. The tool-changing action is exceptionally fluid, completely eliminating common operational headaches like mechanical stalling, dropped tools, or misalignment. To guarantee long-term precision in dusty environments, the automatic tool setter features an integrated air-blast system that clears away wood chips and debris from both the tool tip and the sensor surface before every measurement, effectively eliminating calibration errors.

    • 4. Is Daily Maintenance for a 4-Axis Multi-Functional CNC Router Complicated?

      Daily maintenance is remarkably straightforward, and operating costs remain exceptionally low. The machine features a fully automatic lubrication system that services core components—including linear guideways, ball screws, and gear racks—completely eliminating the need for manual intervention. By utilizing a premium HSD air-cooled spindle, the system does not require water lines, pumps, or related consumables. This design permanently eliminates common operational risks like water leakage or winter freezing, delivering a virtually maintenance-free spindle architecture. The entire electrical system is built with Schneider Electric components, and all external cabling is protected within fully enclosed cable drag chains to completely prevent mechanical wear and dust ingress. Furthermore, the Spire series is backed by an extended 5-year warranty, keeping long-term maintenance and repair costs to an absolute minimum.

    • 5. What Are the Daily Wear Parts for a 4-Axis Multi-Functional ATC CNC Nesting Machine, and Are They Expensive to Replace?

      For standard woodworking applications, the only consumables requiring routine replacement are the cutting tools themselves, such as router bits and engraving cutters. All core components—including the linear guideways, ball screws, gear racks, servo motors, and control systems—are sourced from industry-leading suppliers and backed by our comprehensive 5-year warranty. Smaller components like relays, limit switches, and linear guide blocks typically have a operational lifespan exceeding 2 to 3 years. Should they ever need replacing, we supply them directly at cost. As a result, outside of standard tooling, you will incur virtually no unexpected parts expenses, ensuring an exceptionally low total cost of ownership.

    • 6. What Specific Products Can Be Processed by 3-Axis, 4-Axis Swing Head, and Rotary 4th Axis Configurations Respectively?

      You can select the ideal machining approach based on your specific product characteristics. All three configurations can be seamlessly toggled on a single machine, delivering true multi-purpose versatility.

      Standard 3-Axis setup is ideal for flat, panel-based production, including cabinetry, wooden doors, wardrobes, bookshelves, coffee tables, nightstands, dimensional signage lettering, acrylic lightboxes, decorative screens, plaques, and wall paneling.

      4-Axis Tilting Head configuration excels at multi-angle and curved surface machining while the workpiece remains stationary. Typical applications include boring side lock holes in wooden doors, shaping curved chair backs, milling guitar side panels, fabricating vacuum-forming mold cavities, crafting wooden patterns, machining carbon fiber automotive spoilers, creating electronics enclosures, defining side profiles for detailed wood carvings, engraving on complex curved surfaces, and shaping custom headboards.

      4th Rotary Axis setup is dedicated to 360-degree rotational machining for cylindrical and symmetrical components. It is perfect for producing stair balusters and newel posts, fence railings, table and chair legs, baseball bats, instrument necks, tuning pegs, Buddha statues, sculptural ornaments, and artisanal wooden toys.

    Last Updated:
    2026-06-09 19:10:26

    Technical Parameters

    Series
    CATEK · Spire
    Model
    CK-2130-RSP-T-4RS
    XYZ Working Travel
    2100*3000*400mm
    Rotary 4th Axis Capability
    2000*200mm (length*diameter)
    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
    70mm thick hard-anodized aluminum mounting plate
    Spindle
    Italy HSD 9KW high-speed variable frequency air-cooled ATC spindle
    Spindle Speed
    Max speed 24000RPM
    Spindle Rotation Angle
    ± 90°
    Variable Frequency Drive
    Taiwan Delta MS300 11KW VFD
    Tool Magazine
    16-tool linear tool magazine
    Tool Holder Type
    ISO30 ER32 φ20mm
    Tool Setting Method
    Automatic tool setter with blowing
    Drive Method
    X-axis: Japan Yaskawa 1300W bus-type absolute servo motor
    Y-axis: Japan Yaskawa 1300W bus-type absolute servo motor * 2
    Z-axis: Japan Yaskawa 1300W bus-type absolute servo motor (with brake)
    A-axis (swing head): Japan Yaskawa 750W bus-type absolute servo motor
    B-axis (rotary 4th axis): Japan Yaskawa 1300W bus-type absolute servo motor
    Reducer
    Japan Shimpo planetary gear reducer
    Table
    Vacuum table, 9 zones, 25 holes
    Transmission Method
    XY-axis high-precision ground helical rack and pinion + Z-axis high-precision ground TBI ball screw
    Guideways
    Taiwan HIWIN high-precision 30 linear guide rails / linear bearings
    Loading
    Rear auxiliary loading rollers
    Positioning
    4+3+4 positioning cylinders (pneumatic pop-up pin)
    Unloading
    Automatic finished-product pushing cylinder
    Dust Collection Method
    7.5KW pulse cyclone dust collector
    Vacuum Pump
    11KW oil-free constant-pressure variable-frequency vacuum pump
    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 SYNTEC 63WA CNC system
    Handwheel
    Pulse electronic handwheel
    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
    135,000mm/min
    Max. Processing Speed
    35,000mm/min
    Dimensions
    4600*3900*3600mm
    Weight
    2800kg

    * These parameters are specific to this CK-2130-RSP-T-4RS unit; configurations can be customized to meet specific requirements.

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