2026 Industrial 7x10ft 4-Axis ATC CNC Nesting Machine with Swing Head for Furniture Production

The CK-2130-4SA 4 axis ATC CNC nesting machine is a professional panel processing machine that combines high efficiency, precision, and versatility. As a high-performance CNC wood nesting machine, it is specifically designed for batch nesting and integrated multi-process machining applications. This advanced nesting CNC machine is equipped with a full-size vacuum worktable, an automatic tool-changing system, and 4-axis swing head machining capabilities, this machine is widely used in furniture manufacturing, interior decoration, and wood door processing industries, making it an ideal CNC nesting machine for furniture production. For manufacturers looking for a reliable CNC nesting machine for sale, this model offers excellent performance with a competitive CNC nesting machine price, helping to significantly enhance production efficiency while ensuring machining precision and reducing overall production costs.

The machine is equipped with a full-size 2100x3000 mm (7x10 ft) vacuum worktable, making it a highly efficient nesting machine CNC solution. It securely holds panels of various sizes and thicknesses without the need for additional clamping devices. This effectively prevents panel shifting or vibration during processing, thereby ensuring machining accuracy. It also supports the processing of entire panels in a single operation without the need for cutting, significantly improving processing continuity and making it particularly suitable for batch nesting operations. When combined with intelligent nesting software, it maximizes material utilization and minimizes sheet waste.

The 2130 4-axis ATC CNC nesting machine with swing head is equipped with a high-power 9 kW spindle with automatic tool changing. It delivers stable rotational speeds and powerful cutting force, enabling it to effortlessly perform cutting, milling, drilling, and other machining tasks on a variety of materials, including solid wood, MDF, particleboard, acrylic, and PVC. Equipped with a 12-tool carousel ATC system, it offers rapid tool changes, smooth operation, and precise positioning. It can automatically switch tools according to preset programs without manual intervention, enabling continuous multi-process machining. This significantly boosts production efficiency and meets the batch production demands of complex processes.

Additionally, the spindle supports a four-axis swivel function, enabling flexible rotation of ±90° along the X-axis. This advanced nesting CNC machine overcomes the limitations of traditional flat-surface machining and enables multi-dimensional processing. It can not only perform conventional operations on the front surface of panels, such as nesting, slotting, drilling, and profiling, but also execute precise side-surface machining, including side slotting, side drilling, and side profiling. Furthermore, the machine supports angled machining, enabling high-precision processing of complex structures such as angled holes, beveled edges, and irregular contours. This allows for integrated multi-process machining without the need to purchase additional equipment, significantly expanding the machine’s application range while effectively reducing equipment procurement costs and workshop space requirements.

Details of 2130 4-Axis Carousel-Type ATC CNC Nesting Machine with Swing Head

9 kW air-cooled automatic tool change spindle and 4-axis structure

Equipped with an HQD 9 kW air-cooled automatic tool change spindle, it delivers a spindle speed of 18,000 rpm, offering powerful performance and rapid tool changes. Combined with the 4-axis swing structure, it enables flexible multi-angle machining, effortlessly handling side drilling, slotting, and profile milling operations on workpieces such as sheet metal and wooden doors, significantly expanding the scope of machining and process adaptability.

Carousel automatic tool changer system

Featuring precise servo-driven operation, this system offers a compact tool layout and smooth, rapid tool-changing motions. It automatically changes tools according to machining requirements without manual intervention, effectively reducing tool-change wait times. Working in tandem with the spindle and the machine’s overall control system, it significantly enhances continuous machining efficiency and meets the demands of batch production involving multiple processes and complex operations. Compared to linear tool magazines, rotary tool magazines are placed on the side of the machine and do not affect the maximum machining height.

Automatic tool setter

It automatically measures and compensates for tool length, eliminating the need for manual tool setting and effectively improving machining accuracy and tool change efficiency.

Vacuum clamping riser suction cups

This spacer increases the height of the panel, providing ample processing space to facilitate machining operations such as milling and slotting on the panel’s edges, while ensuring the panel remains stable and does not interfere with normal suction and positioning.

Vacuum clamping zone switch

This switch allows for independent control of different suction zones, enabling users to flexibly activate specific zones according to processing requirements. It ensures stable suction for panels of various sizes while minimizing vacuum loss, thereby enhancing suction efficiency and operational flexibility.

Automatic lubrication dispenser

This device automatically dispenses lubricant, providing continuous and consistent lubrication to transmission components such as guideways and screws. It reduces component wear, simplifies machine maintenance, and extends the machine's service life.

4-axis pulse handwheel

Supports independent, precise fine-tuning control of the X, Y, Z, and A axes. With flexible and intuitive operation, it enables high-precision position control during machine setup, tool setting, and machining corrections, significantly enhancing the convenience of manual operations.

Taiwan Syntec 63W-A 4-axis cnc control system

Supports 4-axis simultaneous control, delivering high-efficiency machining and rapid response. It features advanced functions such as resume-from-breakpoint, error compensation, and handwheel simulation, enabling precise multi-axis coordinated control. This system allows complex multi-process machining to be completed in a single setup, ensuring both machining accuracy and efficiency.

Heavy-duty bed base and crossbeam

The bed base and crossbeam are constructed using thick-walled steel tubes and heavy-duty welding techniques, and are equipped with vertical columns raised by 600 mm. The components undergo stress-relief aging treatment to eliminate internal stresses, resulting in exceptional overall rigidity and excellent vibration resistance. This effectively minimizes machining vibrations and provides a reliable guarantee for the equipment’s long-term stable operation.

Leadshine bus-based absolute servo system

Utilizing bus communication and absolute encoder technology, this system eliminates the need for zero-point calibration upon startup. It features stable signal transmission and strong resistance to interference. It supports synchronized drive of the X, Y, Z, and A axes as well as the tool magazine, and employs dual servo motors to drive the Y-axis, ensuring smoother operation and effectively enhancing the machine’s overall machining accuracy and operational stability.

4+3 positioning cylinder

This system is used for automatic positioning calibration of sheet metal. After loading, the sheet metal is pushed against an L-shaped positioning array consisting of 7 cylinders to ensure that the sheet metal is in the reference coordinate position before processing.

Taiwan HIWIN guideways / YYC racks

Equipped with HIWIN 30mm high-precision linear guideways and YYC high-precision helical racks, these components ensure stable transmission and high rigidity, providing reliable assurance for long-term high-precision machining.

Fuling 11 kW high-power inverter

A high-performance vector inverter featuring precise speed control and stable operation, equipped with comprehensive overload and overcurrent protection. It is perfectly suited for the HQD 9 kW automatic tool-changing spindle and heavy-duty machining applications, ensuring smooth and reliable spindle power output.

High-strength cable carrier

These chains effectively organize and protect cables and signal wires, preventing cable pulling, wear, and tangling during the reciprocating motion of machine axes. They extend the service life of the cables and ensure the long-term stable operation of the machine.

Aluminum alloy limit bumpers

Made of aluminum alloy, these blocks effectively absorb impact forces, protecting critical components such as guideways and sliders from damage caused by collisions, thereby enhancing equipment safety and extending its service life.

Dual-control switch at the rear

This switch integrates four key control functions - emergency stop, positioning cylinder, vacuum suction, and start machining - enabling centralized and convenient operation for quick adjustment of the machine’s operating status from the rear.

Technical Parameters of 2130 4-Axis ATC CNC Nesting Machine with Swing Head

Features of 2130 ATC CNC Nesting Machine with 4-Axis Swing Head

1. Heavy-Duty Bed Structure Optimized Through Finite Element Analysis

• Heavy-Duty Bed Base: The 4-axis ATC CNC nesting machine bed is constructed from thickened steel tubes welded into a single unit. This structure is robust and offers exceptional load-bearing capacity, effectively withstanding the impact forces generated by high-speed machining and long-term operation. It undergoes dual treatment—annealing and vibration aging—to completely eliminate internal stresses, preventing issues such as deformation or cracking during prolonged use. The surface is covered with thickened steel plates to further enhance wear resistance and overall rigidity. The mounting positions for the bed guideways and racks are precision-machined using a large five-axis gantry milling machine, ensuring the guideways and racks are installed flat and fit tightly. This effectively reduces transmission backlash and operational vibration, enhancing the machine’s motion stability and machining accuracy—serving as the core foundation of a high-quality China CNC nesting machine.
• Reinforced Rigid Beam and High-Strength Vertical Columns: A heavy-duty, thickened steel beam is paired with high-strength vertical columns. The sides feature vertical columns extended by 600 mm, enabling the processing of taller workpieces. The beam and columns form a robust and stable gantry frame structure. The mounting positions for the guideways and racks are reinforced with thickened steel strips, resulting in enhanced overall rigidity. This effectively resists vibrations and impacts caused by high-speed cutting, ensuring the machine remains distortion-free even during prolonged, high-load operation. Additionally, all mounting surfaces have undergone precision machining via gantry milling, ensuring high installation accuracy and uniform clearance. This enables smoother and more stable machine operation, significantly improving machining accuracy and component lifespan, and providing a reliable foundation for high-precision, continuous production—a testament to the manufacturing expertise of a professional CNC nesting machine factory.

2. High-Precision Transmission System

• Taiwan HIWIN 30mm Linear Guideways/Slide: Featuring a four-row ball design, it provides load-bearing capacity in four directions—radial, reverse radial, and lateral—with rigidity increased by over 30% compared to standard guideways. It easily withstands the dual demands of heavy-duty cutting and high-speed operation. The high-rigidity design effectively resists vibrations caused by high-speed cutting, improving surface finish. Additionally, the lower coefficient of friction reduces energy consumption and wear, thereby lowering machine failure rates. Suitable for prolonged continuous machining operations, it reduces operating costs and is compatible with various standard 30mm guideways dimensions, facilitating future replacement and upgrades to provide users with long-term, stable production reliability.
• Taiwan YYC Ground Helical Rack: Utilizing a helical meshing design, it ensures smoother power transmission. With more teeth in contact and more even force distribution, it enables machines to achieve higher operating speeds and rapid feed rates, significantly boosting machining efficiency while effectively reducing operational noise and vibration. The ground teeth offer superior wear resistance. The precision-matched end design meets the demands of large-format machining on the 2130, ensuring high precision and minimal backlash. This guarantees long-term, stable positioning accuracy, with outstanding rigidity and wear resistance capable of withstanding heavy-duty machining.
• Taiwan TBI High-Precision Ball Screws: Precision-ground and hardened, these screws feature extremely high surface hardness and excellent wear resistance. Combined with an optimized ball circulation structure, ensuring smooth transmission with minimal resistance. This enables highly efficient and precise linear motion output, featuring high positioning accuracy and minimal backlash. Operation is smooth and vibration-free, effectively guaranteeing machining accuracy and repeatable positioning consistency. Additionally, it offers excellent rigidity and load-bearing capacity, resisting wear even during long-term high-speed operation, and provides critical support for the stable and reliable operation of the entire machine.

The perfect integration of Taiwan HIWIN guideways, YYC helical racks, and TBI ball screws extends service life by 2–3 times or more compared to conventional transmission system, effectively reducing replacement frequency and maintenance costs. Additionally, they are compatible with standard mounting dimensions, facilitating future machine maintenance and upgrades.

3. Automatic Tool-Changing Spindle and 4-Axis Tilting System

• HQD 9KW High-Speed Air-Cooled Automatic Tool-Changing Spindle: Features a standard ISO 30 tool holder design paired with a high-precision ER32 collet, capable of holding various tools up to 20 mm in diameter. It supports a wide range of machining processes, including slotting, drilling, profiling, and cutting, offering exceptional tool compatibility. The spindle achieves a maximum speed of 18,000 rpm, offering smooth operation and strong cutting force to meet the power demands of high-efficiency precision machining. The CNC Nesting Machine features an air-cooled design with a compact overall structure, eliminating the need for auxiliary equipment such as water-cooling units and piping. This simplifies machine installation and layout while making daily operation and maintenance more convenient. The spindle operates with minimal vibration and maintains high precision. Combined with a stable automatic tool changer, it supports 24-hour continuous operation, ensuring both machining efficiency and precision.
• Rotary Automatic Tool Changer: Utilizing a high-efficiency rotary tool changer structure with a compact design, it can hold 12 tools of different types and specifications at once, fully accommodating various machining processes such as slotting, drilling, milling, and cutting. During machining, the tool magazine synchronizes precisely with the CNC system, automatically identifying and quickly switching to the required tool based on preset programs—all without manual intervention. This effectively eliminates the time-consuming and error-prone issues associated with manual tool changes. The rapid tool-changing speed significantly reduces transition time between operations, markedly improving overall machining efficiency while ensuring stability during the tool-changing process.
• 4-Axis Swing Head Structure: Building upon the three-axis linear motion, the CK-2130-4SA adds an A-axis rotation function, enabling the machining spindle to swivel flexibly and position precisely within a ±90° range along the X-axis. This overcomes the limitation of traditional three-axis CNC engraving machines, which are restricted to planar machining, and enables integrated multi-dimensional and multi-angle machining. Not only can it perform precision machining such as slotting, drilling, milling, and chamfering directly on the sides of panels, but it can also adjust the tilt angle according to machining requirements to complete complex processes such as angled hole drilling, bevel cutting, and irregular contour cutting, meeting various high-difficulty machining needs. In actual production, a single clamping of the workpiece allows for the completion of all machining operations on the front, sides, and multi-angle inclined surfaces, eliminating the need for repeated flipping and re-clamping. This not only reduces manual handling and positioning errors but also significantly improves machining continuity and precision consistency, enabling a single machine to meet diverse machining needs.

4. CNC Machining Control Core

• Taiwan Syntec 63W-A 4 Axis CNC Control System: Stable performance, extremely fast processing speed, and 4-axis simultaneous control capability. It precisely controls the 4-axis swing head to achieve flexible multi-angle movement and positioning, while seamlessly integrating with a disc-type automatic tool changer and high-speed ATC spindle to enable fully automated, coordinated operation throughout the entire machining and tool-changing process. The system interface is simple and intuitive, supports multiple languages, and features various functions such as resume-from-breakpoint and handwheel simulation, ensuring easy operation and reliable performance. It is compatible with various CAD/CAM software and can read all types of G-code files. Whether for conventional planar machining, side slotting of sheet metal, angled hole drilling, or complex processes like contour milling, it handles tasks with ease, effectively ensuring machining accuracy and smooth machine operation.
• 4-Axis Electronic Pulse Handwheel: Enables precise manual control of the XYZ axes and the A-axis of the 4-axis swing head. It allows flexible axis switching and scaling adjustments, offering agile operation during tool setting, positioning, and angle fine-tuning. It enables fine, incremental movements, making swivel head angle adjustments more precise and enhancing the convenience of machine setup. Working in tandem with the Syntec control system, it ensures stable signal transmission and supports simulated operation via the handwheel, effectively reducing operational complexity and making machine setup more efficient.

5. Vacuum Worktable and Vacuum Clamping Riser Suction Cups

• Vacuum Worktable: Features a 9-zone, 30-port vacuum worktable with independent zone control. The surface is evenly distributed with 30 suction ports, allowing for flexible activation of specific suction zones based on the size of the workpiece. Full-size 7x10-foot panels can be uniformly secured across the entire surface, while smaller panels can activate only the corresponding zones. This ensures sufficient suction force while avoiding unnecessary vacuum energy consumption. The workbench provides a firm and stable hold, eliminating the need for traditional clamping fixtures. Loading and unloading are faster and more efficient, enabling interference-free processing across the entire panel surface. This prevents panel shifting and warping during processing, ensuring machining accuracy.
• 4+3 Positioning Cylinders: Comprising 4 positioning cylinders along the Y-axis and 3 along the X-axis, these form an L-shaped right-angle positioning frame that rapidly and precisely positions the panel at fixed machining coordinates. Combined with a 9-zone, 30-hole vacuum worktable, this system automates the entire process from positioning to suction to machining, significantly reducing loading time. It ensures positional consistency for every panel during batch production while accommodating various panel specifications and machining scenarios. By balancing operational safety with production flexibility, it effectively enhances the machine’s automation level and machining precision.
• Vacuum Clamping Riser Suction Cups: Custom-designed for side-hole machining of workpieces such as panels and wooden doors, these blocks precisely address common issues in side-hole machining, such as positioning deviations and height interference. By using vacuum riser suction cups to raise the panel’s placement height, they completely resolve problems such as tool-to-table collisions and insufficient machining clearance during side machining. This ensures the panel’s side is fully exposed within the machining area, providing ample space for four-axis swing machining. By using vacuum suction blocks, various machining processes—such as side drilling, slotting, and chamfering—can be performed smoothly, effectively ensuring the positional accuracy and depth of side holes and slots while improving the efficiency of side machining.

6. Drive System

• Leadshine Bus Absolute Servo Motors: The machine utilizes a total of six Leadshine servo motor drives. The X, Y, Z, and A axes are equipped with 1500W bus-based absolute servo motors, while the Y-axis employs a dual-servo synchronous drive system to further enhance operational rigidity and stability. The disc-type tool magazine is fitted with a 750W motor. The entire servo system features a balanced power configuration, perfectly supporting high-speed movement across all axes, multi-angle oscillation of the four-axis swing head, and rapid tool changing via the tool magazine, thereby meeting the demands of continuous, high-intensity machining. Bus-based absolute servo motors offer stable signal transmission and superior anti-interference capabilities. They feature advantages such as no need for zero-point calibration upon startup, high positioning accuracy, and fast dynamic response. This ensures smooth and synchronized multi-axis motion, reduces operational vibration and trajectory errors, and enhances the machine’s operational reliability and consistency.
• Japan Shimpo Planetary Gear Reducers: Featuring high precision, low backlash, and high rigidity, these reducers are perfectly matched with Leadshine bus-based absolute-value servo motors. They efficiently and smoothly transmit power, effectively reducing transmission backlash and operational vibration, and enhancing the motion precision and stability of each axis. Whether for four-axis simultaneous machining or tool magazine rotation and tool changing, they ensure precise and smooth operations, providing a solid transmission foundation for the machine’s high-precision machining and reliable operation.

7. High-Quality Auxiliary Components

• Automatic Tool Setter: Equipped with a high-precision automatic tool setter, this system enables automatic and accurate measurement of tool length, allowing for rapid data compensation. It eliminates the tediousness and errors associated with manual tool setting. By coordinating with the CNC system to make real-time adjustments to machining parameters, it effectively ensures consistent machining accuracy across different tools. This allows for quick resumption of machining after tool changes, significantly enhancing machining continuity and stability.
• 3kW Dual-bag Dust Collector: Featuring powerful suction and high dust removal efficiency, the dual-tank filtration structure efficiently collects wood chips and dust generated during processing, preventing dust contamination of the workshop environment. It also offers excellent sealing and dust-cleaning performance, fully meeting environmental protection requirements for machining.
• 11 kW Water Ring Vacuum Pump: With robust power and stable, sustained negative pressure output, it provides ample and uniform suction for the vacuum worktable, securely holding workpieces such as panels and wooden doors in place. It ensures workpieces remain stationary even during high-speed machining and can operate continuously for 24 hours, effectively enhancing machining stability.
• Automatic Lubrication System: Utilizing programmable design, it performs scheduled, metered lubrication maintenance on critical transmission components such as guideways and screws at preset intervals. This achieves fully automated, precise lubrication, eliminating the need for manual intervention. It effectively ensures all moving parts remain in optimal lubricated condition, reducing wear and extending the machine’s service life.
• Wireless Keyboard and Mouse: Featuring a 2.4 GHz wireless connection, this setup offers flexible, unrestricted operation. It allows for remote program input, parameter configuration, and machining monitoring, freeing users from cable constraints for greater convenience and improved machine setup efficiency.

Applications of the 2130 4-Axis ATC CNC Nesting Machine with Swing Head

Wood: Solid wood panels, oak, pine, walnut, sandalwood, beech, cherry, engineered wood, MDF, particleboard, plywood, multilayer panels, eco-friendly panels, OSB, finger-jointed panels, melamine-faced panels, bamboo, etc.

Plastics and Composite Materials: Acrylic, PVC, ABS, PP, PE, Bakelite, phenolic resin board, KT board, foam, EPS, polystyrene, pearl cotton, sponge, rubber, resin, carbon fiber, composite panels, engineered stone, gypsum board, etc.

Soft Metal Materials: Aluminum-plastic composite panels, aluminum honeycomb panels, aluminum sheets, aluminum alloys, copper sheets, etc.

Applicable Industries

• Custom Furniture Industry: Kitchen cabinets, wardrobes, wooden doors, wooden tables and chairs, beds, wainscoting, decorative moldings, shoe cabinets, wine cabinets, tatami beds, TV stands, sideboards, cabinet doors, etc.
• Wood Carving and Decor: Solid wood carving, relief patterns, screens, wood carvings, accent walls, wave panels, etc.
• Molds and Models: Styrofoam molds, automotive molds, wooden molds, plaster molds, shoe lasts, aircraft models, wooden boats, etc.
• Advertising and Signage: Acrylic lettering, 3D letters, PVC signage, engraved advertising letters, display stands, decorative light boxes, etc.
• Musical Instruments and Wooden Products: Musical instrument components, wood carving crafts, wooden ornaments, speaker enclosures, custom-shaped wooden components, etc.

Buying Guide: When Should You Choose a 2130 4-Axis ATC CNC Nesting Machine with Swing Head?

The core feature of a ATC CNC nesting machine with a 4-axis swing head lies in the addition of a four-axis swing head capable of flexible angle adjustment. Combined with an automatic tool changer system and a full-size worktable, this machine completely resolves the limitations of standard 3-axis CNC router machines—namely, their inability to perform multi-angle machining or process side surfaces. Below is a purchasing guide compiled by CATEKCNC engineers based on specific user production needs, detailing the scenarios in which selecting this model with a 4-axis swing head is most appropriate:

1. Production requirements for machining the sides, bevels, and multi-angle irregular shapes of panels

• Applicable scenarios: Processing that requires slotting, milling, or chamfering on the sides and ends of panels, or involves non-standard processes such as beveled surfaces, angled holes, inclined slots, and multi-angle milling. Examples include 45° bevel cuts and beveled edge designs for door panels, wainscoting, and cabinet panels, as well as multi-angle custom shaping for decorative items.
• Reasons for Recommendation: Standard CNC router machines feature a vertically fixed spindle design, capable only of flat machining on the front face of the panel; they cannot process the sides or inclined surfaces. If side machining is required, it must be done by manually flipping the panel and re-clamping it—a process that is not only extremely inefficient but also leads to positioning errors during re-clamping, resulting in inconsistent finished dimensions and high scrap rates. In contrast, the four-axis swing head can swing ±90° left and right, with the spindle angle adjusting synchronously with the swing head. This eliminates the need for manual flipping or re-clamping, allowing for the simultaneous machining of the front, side, and beveled surfaces of the panel in a single operation. This not only ensures machining accuracy but also eliminates the cumbersome re-clamping process, saving both labor and time.

2. Complex product processes requiring continuous multi-angle and multi-step machining

• Applicable scenarios: A single product requires simultaneous completion of multiple processes such as cutting, drilling, slotting, and profiling. Some processes involve angled drilling or side slotting. Frequent tool changes of different specifications are required during machining to achieve continuous automated production, reduce manual intervention, and improve batch production efficiency.
• Reasons for Recommendation: The core challenge of complex processes lies in the need for coordinated multi-angle machining and tool changes. Even though standard CNC nesting machines are equipped with automatic tool changers, their spindles can only move vertically, making it impossible to perform side or angled machining operations - thus still requiring manual intervention. Conversely, CNC router machines that only feature a four-axis swing head without automatic tool changers require manual machine stops for tool changes, preventing continuous automated machining. This machine, however, features both a four-axis swing head and an automatic tool-changing system. The 4-axis swing head addresses multi-angle machining by flexibly adjusting the spindle angle to complete side and beveled surface operations, while the automatic tool-changing system handles multi-process production. The tool magazine holds 12 tools at a time, eliminating the need to stop the machine for tool changes. The 4-axis swing head and automatic tool changer work in tandem to enable single-setup, fully automated machining of complex, multi-angle, and multi-process products. This reduces labor costs, avoids errors caused by manual tool changes and alignment, and improves production efficiency and yield rates.

3. Custom Whole-Home Furniture and Special-Shaped Furniture Components

• Applications: Ideal for businesses manufacturing custom whole-home wardrobes, cabinets, wooden doors, accent walls, decorative panels, and other products, while also producing solid wood curved components, curved chair backs made from plywood, special-shaped furniture components, and decorative accessories. This solution requires the ability to handle both large-format panel nesting and multi-angle shaping processes to maximize machine utilization.
• Reasons for Recommendation: The core challenges in the whole-house custom wardrobes, cabinets, wooden doors, and interior decoration industries lie in high customization levels, product complexity, and a high volume of small-batch orders. Processes such as cutting lock holes and hinge holes on the sides of wooden doors, as well as cutting curved chair backs, cannot be accomplished by standard CNC router machines. This machine’s 4-axis swing head precisely meets these custom shaping requirements, eliminating the need to purchase additional machines such as side-drilling machines. Paired with a full-size worktable, it can handle nesting operations for large-format panels and perform various side and bevel cuts using the four-axis swing head. A single machine covers most processing needs for whole-home customization and side-cutting applications. Compared to a combination of multiple machines, this effectively improves machine utilization while simplifying production workflows, avoiding repeated workpiece handling, and boosting efficiency.

4. Looking for a single machine that can perform multiple functions, replacing a combination of machines to reduce procurement costs

• Ideal for: Small factories with limited workshop space that do not want to purchase multiple machines separately (such as CNC nesting machines and side-drilling machines). The goal is to lower procurement costs, streamline processes, and use a single machine to handle multiple processing steps, meeting a variety of machining needs.
• Reasons for Recommendation: In traditional processing methods, panel cutting and nesting require a CNC nesting machine, side processing requires a side-drilling machine, and multi-angle processing requires a dedicated CNC router. A combination of multiple machines not only incurs high procurement costs but also occupies a significant amount of workshop space, while simultaneously requiring multiple operators, resulting in high labor costs. This machine’s four-axis swing head function uses spindle oscillation to replace a side-drilling machine for side and bevel drilling and slotting. Through four-axis interpolation, it replaces a dedicated CNC router machine for multi-angle custom shaping. Combined with a full-size worktable and automatic tool changer, it replaces a standard nesting machine for sheet material nesting and multi-process machining. A single machine can replace multiple machines, significantly reducing equipment procurement costs, workshop floor space, and labor costs, while simultaneously improving production efficiency. This makes it ideal for the cost-control needs of small factories.

Service and Support for the 2130 4-Axis ATC CNC Nesting Machine with Swing Head

1. Before purchasing, please contact our sales representatives and provide drawings or photos of the workpieces you need to machine. We will provide you with a detailed machining solution.

2. If you have any questions about the machine’s capabilities, we can offer free sample machining services based on the drawings or photos you provide. You can proceed with the purchase only after confirming that the machine’s machining results meet your requirements.

3. You are also welcome to visit our factory to tour the production workshop and witness a live machine demonstration.

4. After purchasing the machine, a sales representative will create a dedicated service group chat and invite an engineer to join. You can consult the group at any time regarding issues encountered during machine operation or use.

5. Additionally, we will send you the user manual and installation/operation tutorial videos for the equipment via the service group chat for your reference and learning.

6. Before the equipment is shipped, you are welcome to visit our factory for on-site operational training and to personally inspect the machine’s condition. We will arrange shipment only after you have confirmed everything is in order.

7. Our engineers provide 24/7 online technical support via various channels, including video calls, email, WhatsApp, and WeChat.

8. The entire machine comes with a three-year free warranty. If any component fails during the warranty period, we will provide a brand-new replacement part free of charge after an engineer’s assessment.

9. The machine is eligible for lifetime free maintenance, along with lifetime free software upgrades, ensuring your software remains up to date.

10. If needed, we can arrange for an engineer to travel overseas to provide on-site machine installation, commissioning, and operational training services.