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    CATEK · Spire

    Cost-Effective 1325 CNC Wood Router Machine

    5.0 Rating (0 customer reviews)
    · Function Description ·
    This affordable 4x8ft CNC router is a specialized custom edition within the Spire Series. By integrating CATEKCNC's proprietary spindle and servo systems with the LNC controller, we have significantly reduced costs without compromising core performance or our premium service standards.
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    • Brand: CATEKCNC
    • Model: CK-1325-WSP-SE
    • Tags: Spire Series
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    CATEK · Spire

    The Spire 1325 CNC Router: High Performance, Custom Built, Cost-Effective

    As the new industry benchmark for cost-performance in industrial-grade production, the Spire 1325 CNC Router strikes a flawless balance between high-output productivity and ultimate ease of use. By fusing a heavy-duty chassis with a top-tier transmission system, it establishes a stable, precise, and powerful foundation for any operation.

    Compared to the CK-1325-WSP, this model leverages CATEKCNC's proprietary high-performance spindles, self-developed servo motors, and the Taiwan LNC control system. This integration ensures uncompromising industrial quality while delivering a significantly more competitive price point and a superior ROI.

    Choosing this Spire 1325 CNC Router means gaining a more flexible and efficient production capacity at a lower initial investment—all while benefiting from the same rigorous after-sales standards and 5-year warranty as our standard Spire models. Transform every machining cycle into reliable profit.

    Core Advantages of Spire 1325 CNC Router: Four Dimensions to Reshape the Standards of High-Efficiency Production

    01.
    High-Efficiency Power Synergy,
    Redefining Value-Driven Production.
    To achieve the ultimate Return on Investment (ROI), the Spire 1325 CNC Router features CATEKCNC's self-developed 6kW high-performance spindle and servo motors. This proprietary power system ensures rigorous industrial quality while significantly lowering the entry barrier for users, delivering a competitive edge in pricing. Equipped with a variable-frequency vacuum system and a pulsed dust collection system, this machine provides robust power output with a focus on energy efficiency and affordability. Choosing this Spire CNC router means securing professional-grade production capacity through a far more competitive investment.
    02.
    Flexible Customization,
    A Streamlined Operational Experience.
    The Spire Series supports high-level hardware customization, allowing you to flexibly configure components from different brands or with varied functions to suit your specific workflow and technical requirements. This model is integrated with the powerful Taiwan LNC control system, which not only offers comprehensive functionality but also adapts to diverse programming logics. Paired with a high-precision automatic tool setter, complex setups are reduced to a single click, significantly lowering the operational learning curve. This flexibility ensures the machine adapts perfectly to your production process—not the other way around.
    03.
    An Ultra-Stable Foundation,
    Guaranteeing Long-Term Capacity.
    The Spire 1325 CNC Router is built upon a heavy-duty chassis and a top-tier transmission system, forming the core of its stable operation. The entire structure has been deeply optimized via Finite Element Analysis (FEA)—from the heavy-duty frame and high-rigidity gantry to the 46mm thickened Z-axis plate and cast-iron columns—to fundamentally eliminate deformation and suppress vibration. The XYZ axes utilize HIWIN linear guides, YYC helical racks, and TBI ball screws, paired with Shimpo reducers for zero-backlash, low-noise precision. This ensures that while the this machine offers a significant price advantage, it maintains a world-class physical foundation for consistent, high-precision machining.
    04.
    Warranty Framework,
    Comprehensive Worry-Free Service.
    Although this model offers a more attractive price point than other Spire machine, there is zero compromise on quality or service. We provide the exact same high-standard protection as our premium models: an industry-leading 5-year extended warranty, 24/7 dedicated engineer support, and lifetime free software updates. The Spire 1325 CNC Router truly harmonizes industrial quality, superior control, and optimal cost-efficiency, empowering your production to achieve a quantum leap in performance.

    Choosing the
    Spire 1325 CNC Router
    means choosing

    More superior ROI
    Secure the Spire Series' signature heavy-duty industrial architecture at a more competitive investment cost. While maintaining uncompromising machining excellence, we empower you to maximize cost-efficiency across every project.
    More personalized customization
    Break free from the constraints of standardization. With high-level hardware configurability, you can flexibly select components based on your specific operational habits and technical needs—creating a truly bespoke production tool that works exactly the way you do.
    More seamless workflow
    From rapid loading and automatic positioning to intelligent vacuum clamping and one-click tool setting, we minimize manual intervention and tedious calibration. Experience a more intuitive operation and a significantly more efficient production workflow.
    More reliable long-term protection
    Secure a more accessible entry point while still benefiting from our industry-leading 5-year warranty and dedicated expert support. Our comprehensive service framework ensures sustained performance stability and long-term reliability for your equipment.

    Structural Rigidity: The Rock-Solid Foundation of Precision

    Heavy-duty bed of Spire 1325 CNC router

    Heavy-Duty Thickened Double-Layer Bed Frame

    • Its foundation is built upon six primary support legs made of oversized, thickened steel tubing (200×250mm cross-section, 4.5mm wall thickness), reinforced by a secondary support framework (80×100×4.5mm). The bed surface is armored with 8mm steel plating, while the critical Y-axis mounting positions for linear guides and racks are welded with specialized 20mm ultra-thick steel strips, providing exceptional rigidity for high-speed dynamic response.
    • To ensure superior stability during sustained, high-load operations, the entire Spire chassis undergoes a rigorous dual-treatment of annealing and vibratory stress relief (VSR). The heat treatment thoroughly releases internal welding stresses to reshape the steel's molecular stability, while the VSR process eliminates residual stress, fundamentally neutralizing the risk of accuracy drift caused by material deformation.
    • Every core component mounting surface on the chassis is precision-machined using a large-scale 5-axis gantry milling machine. This ensures absolute flatness and parallelism for the Y-axis guides, rack seats, and the worktable, keeping geometric tolerances within the micron range. This strict adherence to industrial quality allows the Spire to maintain elite heavy-cutting precision and stability while offering a significant price advantage.
    High rigidity gantry columns of Spire 1325 CNC router

    Reinforced Columns and Beams

    • The structural design is highly scientific, the gantry beam is constructed from 8+10mm (main body 8mm + steel strip 10mm) thickened square steel, ensuring superior dynamic response and torsional rigidity during high-speed displacement. Complementing this, the upright columns are crafted from industrial-grade cast iron, leveraging its exceptional vibration damping and physical stability to effectively absorb high-frequency oscillations generated during the cutting process.
    • To meet the rigorous requirements of heavy-duty cutting on reference surfaces, the mounting positions for the gantry guide rails and racks are reinforced with 10mm steel strips. This localized reinforcement not only significantly improves the rigidity of the mounting surfaces and prevents physical deformation under long-term high-load operation, but also provides deeper and more stable locking support for the rails, ensuring consistent motion accuracy of the gantry structure.
    • All critical connection surfaces are strictly precision-machined by large-scale milling machines. This includes the connection surfaces between the cast iron columns and the machine bed, the interface between the columns and the gantry beam, and the mounting reference surfaces for the rails and racks. Mechanical milling ensures extremely high flatness, perpendicularity, and parallelism. This fundamentally guarantees the overall geometric accuracy of Spire after assembly, allowing it to perform excellently in various complex trajectory processing.
    Anodized aluminum z-axis mounting plate of Spire 1325 CNC router

    46mm Ultra-Thick Anodized Aluminum Alloy Mounting Plate

    • The Z-axis is equipped with a 46mm ultra-thick anodized aluminum mounting plate. This 46mm thickness allows the plate to establish a high area moment of inertia for the Z-axis, providing flexural and torsional rigidity that far exceeds standard specifications. This eliminates elasticity during heavy-duty cutting. Since aluminum alloy naturally possesses internal damping characteristics superior to steel, the structure can rapidly absorb high-frequency vibrations from high-speed spindle rotation, significantly improving surface finish and extending tool life.
    • Thanks to the low-density physical properties of aluminum, the spindle mounting plate maintains top-tier rigidity while greatly reducing the reciprocating inertia of the Z-axis assembly. This allows the drive system to achieve higher dynamic acceleration with a smaller load, ensuring excellent following precision during complex path machining.
    • The surface of the mounting plate undergoes hard-anodizing to form a dense, high-hardness protective layer. This not only provides exceptional corrosion and wear resistance but also effectively conducts and dissipates spindle heat, preventing micro-deformations caused by thermal accumulation. This ensures the Z-axis system maintains high-precision operation even under long-term, high-load, and harsh machining environments, ensuring the overall performance of theSpire machine.
    Adjustable leveling feet for Spire 1325 CNC router

    High-Strength Leveling Feet

    • This Spire 1325 CNC Router features a bed supported by six sets of legs, each equipped with professional-grade adjustable leveling feet that achieve high-precision height compensation through fine-thread adjustment. This design easily offsets structural stress caused by uneven flooring, ensuring the machine reaches exceptional levels of horizontality and longitudinal parallelism after installation, thereby eliminating geometric errors caused by frame distortion at the source.
    • The base of each leveling foot integrates high-performance vibration-damping rubber pads, creating a dynamic protective barrier between the machine and the floor. Leveraging superior material elasticity, these feet effectively absorb high-frequency vibrations generated during high-speed cutting, preventing resonance caused by vibrations reflecting from the ground back into the machine body. While effectively isolating processing noise, this significantly enhances the surface finish of the workpiece.
    • The six-point support layout, combined with threaded adjustment rods, greatly increases the contact stability between the machine and the ground. This ensures the machine remains steady during high-speed dynamic direction changes or heavy-duty cutting. It not only improves the overall safety factor but also reduces the risk of long-term structural creep in the machine bed through scientific gravity distribution, ensuring the machine maintains stable processing accuracy and reliability even after long-term, high-intensity operation.
    Click the icon labels to view different machine parts

    Global Transmission: Precision Motion Components Sourced from World-Class Leaders

    Hiwin (Taiwan) P level 25 linear guideways of Spire 1325 CNC router

    HIWIN (Taiwan) P-Level 25mm Linear Guideways

    • All three axes (X, Y, and Z) utilize the same HIWIN 25mm P-level precision heavy-duty linear guide rails as the CK-1325-WSP. Featuring a four-row circular arc contact design, these rails achieve equal load ratings in all four directions and allow for self-aligning capabilities. The 25mm wide-format specification, paired with heavy-duty blocks, significantly enhances the span and rigidity of mechanical support, enabling the machine to easily handle instantaneous impact forces during high-intensity cutting.
    • HIWIN guideways control running parallelism within micrometer levels. This extreme guidance precision is directly reflected on the workpiece surface, effectively eliminating uneven cutting patterns and vibration marks. The low-friction design grants the Z-axis sensitive response during high-frequency reciprocating motion while reducing heat accumulation, ensuring dimensional consistency during long-stroke machining.
    • Relying on precision-molded raceways and optimized contact stress distribution, the guide rail system significantly reduces physical wear and vibration loss under long-term, high-load operations. This not only decreases the frequency of post-maintenance but also ensures the equipment consistently maintains stable processing accuracy and efficiency under continuous heavy-duty working conditions for machine.
    YYC (Taiwan) ground helical rack & pinion of Spire 1325 CNC router
    YYC (Taiwan) ground helical rack & pinion of Spire 1325 CNC router

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

    • The transmission systems for the X and Y axes utilize high-precision YYC helical racks from Taiwan. The unique helical-tooth engagement design provides a higher contact ratio compared to traditional straight racks, resulting in a more continuous meshing process with minimal impact. This design fundamentally suppresses micro-vibrations during high-speed direction changes, ensuring the equipment maintains smooth, low-noise, and low-vibration performance even during high-velocity feeding.
    • The racks undergo surface hardening and precision grinding, granting the tooth surfaces exceptional hardness and wear resistance. The fine-grinding process optimizes the geometric profile of the teeth, ensuring a more uniform distribution of contact stress during engagement. This guarantees extremely high torque transmission efficiency and positioning accuracy even when subjected to heavy-duty cutting loads.
    • Optimized tooth surface contact significantly reduces friction loss and heat generation during operation. This not only improves the mechanical efficiency of the transmission system but also substantially slows down the attenuation of precision under long-term, high-intensity workloads. It ensures that the entire machine maintains a long service life and reliable operational stability under harsh working conditions.
    TBI (Taiwan) ground ball screws of Spire 1325 CNC router

    TBI (Taiwan) High-Precision Ground Ball Screw

    • The Z-axis is equipped with a TBI precision ground ball screw from Taiwan. The core manufacturing process utilizes micrometer-level thread groove grinding, ensuring exceptional lead accuracy and consistency throughout the entire travel stroke. Compared to rolled ball screws, the grinding process significantly improves geometric tolerance levels, providing the Z-axis with higher transmission rigidity, smoothness, and repetitive positioning accuracy at the source.
    • The ground ball screw precisely converts the motor's rotary motion into vertical linear displacement. The extremely low friction coefficient, combined with a pre-loaded nut design, effectively suppresses hesitation and stick-slip phenomena during micro-feeding, ensuring the spindle maintains excellent dynamic response during complex contour machining.
    • Relying on TBI's mature material treatment and precision machining technologies, the ball screw assembly maintains excellent thermal stability even under continuous heavy-load operation. The low-friction design substantially reduces heat accumulation, effectively preventing positioning errors caused by thermal expansion. This ensures that the equipment consistently maintains factory-level motion precision during long-duration processing, significantly extending the service life of core transmission components.
    High-precision diaphragm coupling of Spire 1325 CNC router

    Diaphragm Coupling

    • The Z-axis transmission system utilizes a high-strength aluminum alloy double-diaphragm coupling to connect the servo motor and the TBI ground ball screw. The coupling body is crafted from high-strength aluminum alloy, which significantly reduces the moment of inertia, allowing for more sensitive motor start-stop response.
    • The core components feature multi-layer stainless steel diaphragms as flexible compensation elements, providing exceptionally high torsional rigidity. The double-disc structure allows the coupling to transmit immense torque while effectively compensating for radial, angular, and axial offsets between the motor shaft and the ball screw shaft caused by manufacturing tolerances. This eliminates internal stress accumulation within the transmission system and prevents premature bearing wear.
    • The superior fatigue resistance of the stainless steel diaphragms ensures the coupling maintains extreme transmission precision during long-term, high-load reversing operations. Compared to plum couplings which are prone to aging and deformation, this double-disc structure ensures lossless torque transmission from the motor. This guarantees that the Z-axis exhibits exceptional stability during deep machining, significantly enhancing the surface finish quality of the workpiece.
    Shimpo (Japan) planetary of gear reducers of Spire 1325 CNC router

    SHIMPO (Japan) Planetary Gear Reducers

    • The X and Y axes are equipped with Shimpo (Japan ) planetary gearboxes featuring an integrated structure design. By consolidating the output shaft and the planetary carrier into a single component, this design not only significantly enhances the overall rigidity of the transmission system and drastically reduces backlash between parts, but also optimizes the spatial layout through extreme compactness. This ensures the machine remains stable and reliable under high-speed, high-dynamic conditions characterized by frequent starting and stopping.
    • The core of the gearbox utilizes high-precision helical gear meshing technology. Through scientific gear ratio design, it achieves torque multiplication, significantly increasing cutting force while effectively reducing the equivalent moment of inertia on the load side. This makes the motor's dynamic response more agile and substantially shortens braking distances during emergency stops or direction changes, guaranteeing absolute safety during high-speed operations.
    • Compared to spur gears, the helical structure provides a higher contact ratio, allowing the gearbox to maintain exceptional transmission efficiency and extremely low operating noise while transmitting power. Its impact load resistance is outstanding, ensuring linear and smooth power output even under heavy loads. This provides the X and Y axes with consistent power delivery and operational refinement.
    High-strength aluminum alloy limit bumpers of Spire 1325 CNC router

    High-Strength Aluminum Alloy Limit Bumpers

    • The X and Y axes are equipped with hard limit bumpers that serve as a second layer of safety redundancy alongside the photoelectric soft limits. During high-speed operation or in the event of a software failure leading to over-travel, where sensors might fail to respond in time, these mechanical stoppers physically force the linear axes to halt. This fundamentally prevents the carriage from derailing or striking the frame, avoiding catastrophic structural damage.
    • The base of the bumper is integrated from high-strength aluminum alloy, offering extreme rigidity and a lightweight profile that adds no extra inertial load to the linear axes. In cases of accidental over-travel, this device provides effective hard-limit protection, ensuring the linear axes always operate within a predefined safe range.
    • The front end of the stopper is fitted with age-resistant rubber buffer components. In the event of an impact, these components absorb the kinetic energy, effectively cushioning the rigid collision between the linear axis and the stopper. This prevents secondary damage to the guide rail blocks or transmission components caused by the jarring force of an emergency stop, ensuring the long-term integrity of machine.
    Click the icon labels to view different machine parts

    CATEKCNC Spindle: Proprietary Innovation Technology for Sustained Machining

    CATEKCNC self-developed 6KW high-speed air-cooled spindle of Spire 1325 CNC router

    CATEKCNC Self-Developed 6kW High-Speed Air-Cooled Spindle

    • Compared to the HSD spindle used in the CK-1325-WSP, this CK-1325-WSP-SE model CNC router features a CATEKCNC self-developed 6KW high-speed air-cooled spindle. By localizing core technology, we have successfully reduced the cost of high-performance components, passing the price advantage directly to the user. With a maximum speed of 18,000 RPM, the spindle core utilizes high-precision ceramic bearings. Leveraging the extreme hardness and low thermal expansion coefficient of ceramic materials, it effectively reduces frictional heat. This ensures that the spindle maintains minimal radial runout even during long-term operation, allowing users to enjoy equivalent machining accuracy and bearing life to high-end models at a more competitive price point.
    • The spindle is equipped with a standard ER32 collet, offering excellent tool compatibility for securely clamping various tool shanks up to 20mm in diameter. This allows for flexibility in everything from heavy-duty roughing to fine detail work. Paired with a Hpmont high-performance vector inverter, it achieves precise torque output and stepless speed regulation, ensuring ample power across all speed ranges. This deep optimization of the CATEKCNC self-developed spindle enables Spire to deliver exceptional machining performance across various materials, truly providing reliable, efficient industrial-grade production power at a more competitive investment cost.
    • The spindle utilizes an integrated air-cooling system combined with variable-angle fan blades optimized through CFD simulation, which improves cooling efficiency while significantly reducing operating noise. Compared to traditional water-cooling solutions, the air-cooled design eliminates the need for external chillers and complex piping, greatly simplifying daily maintenance. Based on over 10,000 hours of reliability testing, we offer an extended 5-year warranty for this spindle, perfectly embodying the Spire philosophy of high quality and ultimate cost-effectiveness to safeguard your long-term production.

    CATEKCNC Servo System: Ultra-Precise Dynamic Positioning

    CATEKCNC self-developed 750W servo motor for Y-axis of Spire 1325 CNC router
    CATEKCNC self-developed 750W servo motor for Z-axis of Spire 1325 CNC router
    CATEKCNC self-developed 750W servo drive of Spire 1325 CNC router

    CATEKCNC Self-Developed 750W Servo System

    • All three linear axes of this CK-1325-WSP-SE model are equipped with the CATEKCNC self-developed 750W high-performance servo system. Featuring an electromagnetic structure deeply optimized through in-house R&D, these motors demonstrate dynamic response and speed performance capable of meeting high-intensity machining requirements, significantly shortening processing cycle times. The Y-axis utilizes dual-servo synchronous drive technology; by operating two motors in real-time synchronization, it solves the deflection issues of long-span gantry beams during high-speed movement. This self-developed power solution ensures positioning accuracy while substantially improving the ROI, allowing you to obtain faster and more powerful driving performance at an optimized cost.
    • The Z-axis is specifically equipped with a self-developed servo motor featuring a brake function and an integrated electromagnetic power-off braking system. At the instant of a power failure or emergency stop, the system achieves millisecond-level automatic locking, effectively preventing damage caused by the spindle falling. The high-torque characteristics of this motor have been specifically tuned for the high-frequency lifting movements of the Z-axis, demonstrating extremely stable vertical control and operational stability in actual processing. This means that while enjoying a lower entry cost, you still possess industrial-grade production safety, truly achieving a balance between high performance and optimal cost.
    • The X and Y axes utilize the "golden combination" of self-developed servo motors and Japanese Shimpo high-performance gearboxes. Leveraging the torque multiplication effect generated by the gear ratio, we convert the high-speed advantage of the motors into more powerful cutting force. Compared to traditional configurations, this combination offers superior inertia matching, more sensitive start-stop response, and shorter braking distances. Through the precision filtering effect of the gearboxes, micro-vibrations at the end of the transmission chain are further eliminated. This insistence on high-standard core transmission components ensures that Spire maintains exceptional machining stability—even with its significant price advantage—making your production more flexible and efficient

    Digital Interface: Professional LNC System Empowering Complex Workflows

    Control cabinet for Spire 1325 CNC router
    The interface of LNC MW2200 CNC system for Spire 1325 CNC router
    The Industrial control host of LNC MW2200 CNC system for Spire 1325 CNC router

    LNC (Taiwan) MW2200 CNC System

    • The Spire 1325 CNC Router is equipped with a Taiwan LNC integrated industrial control system. Unlike PC-based systems like Weihong PM95A, the LNC's fully integrated architecture offers superior EMI resistance and system stability. Housed in an exclusive, large-scale independent control cabinet, the design optimizes heat dissipation and electrical safety, eliminating downtime risks from PC-related hardware or software conflicts during long-term machining.
    • The LNC system features built-in high-level motion control algorithms and includes advanced features often missing from entry-level systems, such as Handwheel Simulation. This function allows operators to use a handwheel to drive the tool along the programmed path for a simulated run before formal machining begins, providing an intuitive way to identify potential interference risks and fundamentally preventing tool collisions. Additionally, the system supports breakpoint recovery, enabling rapid coordinate locking and resumed processing after accidental power failures or emergency stops.
    • To support global users, the LNC system offers one-touch multi-language switching. Operators can manage complex parameter tuning and fault diagnosis in their native language, enhancing command accuracy and communication efficiency. This user-centric design ensures the machine remains safe and fully controlled in any international production environment
    WWireless pulse handwheel for Spire 1325 CNC router

    Wireless Pulse Handwheel

    • The Spire 1325 CNC Router is equipped with a high-sensitivity industrial pulse electronic handwheel (MPG). Supporting three speed increments (X1, X10, and X100), it provides users with micrometer-level precision displacement control. This allows operators to move away from the fixed control station and perform flexible micro-adjustments to the three axes in close proximity to the machine. While ensuring extreme tool calibration accuracy, it significantly enhances the efficiency of workpiece origin setting and simplifies overall operation.
    • Based on mature 2.4GHz wireless technology, the set provides long-range transmission and strong anti-interference capabilities. Even in machining environments dense with motors and inverters, it maintains stable, zero-latency performance without lag or disconnection, ensuring control commands reach the system core in real-time.
    • The handwheel is perfectly compatible and works in synergy with the machine control system. Beyond manual jogging and handwheel simulation, the physical knob provides more intuitive tactile feedback, further enhancing the precision and practicality of the Spire Series. This lays a solid foundation for stable, high-quality continuous machining.
    Wireless keyboard / mouse for Spire 1325 CNC router

    Wireless Keyboard / Mouse

    • The LNC MW2200 system utilizes mature 2.4G wireless RF technology, offering superior penetration and high resistance to electromagnetic interference. Compared to traditional Bluetooth, 2.4G technology provides lower latency and longer transmission range, ensuring millisecond-level response for keyboard and mouse commands even in complex workshop EMI environments, while completely eliminating cable-related physical interference.
    • Equipped with a dedicated micro-receiver, this technology enables true industrial-grade "plug-and-play" without tedious pairing. When editing long G-code segments or inputting detailed parameters, the 2.4G wireless peripheral set provides input efficiency far exceeding traditional panel buttons. Even during high-intensity machining, the signal remains robust, significantly enhancing data processing precision during production setup.
    • Thanks to the ultra-low power consumption and stable transmission range of 2.4G technology. This wireless optimization not only streamlines external wiring for the control cabinet but also reduces the risk of failure due to cable wear, creating a more modern and professional operating environment for Spire.
    Click the icon labels to view different machine parts

    Industrial Reliability: Top-Tier Electrical Architecture for Continuous Operation

    • Hpmont Variable Frequency Drive
    • Interlock and Short-Circuit Protection Switch
    • High-Quality Power Switches
    • Schneider Electrical Components
    • High-Reliability Aviation Plugs
    • Fully Enclosed High-Strength Cable Carrier
    • High-Quality Terminal Blocks
    • Hpmont variable frequency drive of Spire 1325 CNC router

      Hpmont Variable Frequency Drive

      • This model is equipped with a Hpmont 7.5KW high-performance vector VFD, specifically designed for high-intensity machining. This solution utilizes a high-power drive scheme with a significant power margin, driving the 6KW spindle with a full 7.5KW capacity. Compared to Delta VFDs, Hpmont offers equivalent output stability and reliability under extreme conditions such as heavy-duty cutting and frequent starting/stopping, while providing a superior cost advantage. Through deep technical optimization, this drive scheme provides users with a more substantial power reserve and a higher ROI, ensuring the spindle remains powerful and stable during high-intensity operations.
      • The VFD utilizes advanced vector control technology, offering advantages such as wide-range speed regulation, high-precision velocity control, and high torque at low speeds. During the roughing stage, it provides strong cutting force to boost efficiency, while during fine engraving, it ensures extreme rotational stability to significantly enhance the surface finish and machining quality.
      • Regarding electrical protection, the Hymount VFD features multiple built-in safeguards, including over-current, over-voltage, overload, and over-heat protection, providing excellent fault defense. Choosing Hpmont means you obtain industrial-grade stability comparable to first-tier brands at a more optimized price, providing stable and more economical power security for 24-hour continuous production.
    • Interlock and short-circuit protection switch of Spire 1325 CNC router

      Control Cabinet Interlock and Short-Circuit Protection Switch

      • The entire machine is equipped with Schneider Electric industrial-grade safety interlock switches, deeply integrated with the electrical system. Strictly adhering to global industrial safety standards, these switches feature rapid response, long electrical life, and high stability. They provide reliable security for equipment inspection, daily maintenance, and operator safety from the level of electrical control logic.
      • The switches utilize a forced disconnection interlock mechanism. When the electrical cabinet door is opened, the internal circuits are automatically cut off, ensuring a zero-voltage state within the cabinet. This prevents electrical shock injuries caused by accidental contact with live components during maintenance or cleaning. Power can only be restored, and the equipment started, once the cabinet door is fully closed and securely locked. This design eliminates electrical hazards at the physical level.
      • This interlock protection provides continuous and reliable safety for daily inspections, troubleshooting, and deep maintenance, effectively reducing the risk of accidents. This fully embodies the integration of Spire's user-centric design and high-standard industrial safety logic.
    • High-quality power switches of Spire 1325 CNC router

      High-Quality Power Switches

      • The Spire control panel features an organized layout housing high-performance physical control buttons, precision voltmeters, ammeters, and dual USB expansion ports. The integrated real-time voltage and current gauges provide operators with intuitive, transparent feedback on power status. This allows for the timely identification of power fluctuations or potential anomalies before and during operation, effectively preventing electrical accidents at the source.
      • Critical control components—including the start button and Emergency Stop (E-Stop)—are sourced from globally-renowned Schneider Electric. The E-Stop button features a rigorous anti-accidental-trigger design and a physical locking mechanism; once activated, it requires a specific rotational movement to manually release the lock. This safety logic prevents the accidental restoration of operation before a fault is cleared, providing robust protection for both the operator and the machine structure.
      • The two USB ports on the panel offer significant convenience for modern production environments, supporting quick access for 2.4G wireless peripherals or direct USB drive insertion. Whether for high-speed import of large-scale machining drawings, system firmware upgrades, or production data backup, this plug-and-play expandability allows Spire to seamlessly integrate into digital workflows, significantly enhancing daily operational efficiency.
    • Schneider electrical components of Spire 1325 CNC router

      Schneider Electrical Components

      • The entire machine is equipped with a full-stack Schneider Electric control solution, encompassing push-buttons, air circuit breakers, AC contactors, intermediate relays, 24V switching power supplies, and phase sequence protectors. This builds a rock-solid foundation for stable machine operation from the electrical source, perfectly adapting to the rigorous, high-intensity, and high-frequency production demands of industrial workshops.
      • Schneider Electric components are renowned for their exceptional stability, longevity, and EMI resistance. The circuit breakers provide precise overload and short-circuit protection, instantly tripping to isolate the circuit during anomalies. AC contactors and relays ensure rapid, zero-latency command transmission. The stable 24V power supply delivers consistent low-voltage power to the control system and sensors. The integrated phase sequence protector monitors power phases in real-time, immediately triggering a shutdown if phase reversal or loss is detected, preventing motor or hardware damage.
      • The entire electrical system features an organized layout where each component coordinates efficiently to build a comprehensive safety barrier. By systematically eliminating hazards such as short circuits, phase loss, overloads, and voltage instability, the system minimizes accidental downtime and significantly extends the machine's service life. This provides the core guarantee for the long-term, high-efficiency operation of Spire.
    • High-reliability aviation plugs of Spire 1325 CNC router

      High-Reliability Aviation Plugs

      • The Spire 1325 CNC Router utilizes high-performance industrial aviation connectors with an IP65 protection rating for its primary power interface. The precision-engineered sealing structure provides a robust barrier against wood debris and fine dust, ensuring that electrical connections remain dry and uncontaminated even in the most demanding workshop environments. This high-level ingress protection effectively eliminates the risk of short circuits or signal interference caused by environmental exposure.
      • These connectors is designed to withstand the constant vibrations and kinetic impacts of high-speed CNC machining, preventing accidental disconnections that could lead to costly production downtime. Simultaneously, the ergonomic quick-connect design allows for effortless plug-and-play operation, significantly streamlining equipment setup and routine maintenance procedures.
      • The internal contacts are constructed from high-purity conductive materials, ensuring seamless current conduction with minimal contact resistance. By prioritizing these high-quality connection details, Spire ensures a reliable energy backbone that supports continuous, high-intensity industrial production.
    • Fully enclosed high-strength cable carrier of Spire 1325 CNC router

      Fully Enclosed High-Strength Cable Carrier

      • The X, Y, and Z axes are all equipped with professional cable carriers. All power cables, pneumatic hoses, and signal lines are systematically organized within these tracks, moving synchronously with the axes for fluid, snag-free operation. This configuration minimizes repetitive bending, tension, and friction during high-speed movement, significantly extending the service life of the wiring and reducing the risk of unexpected downtime due to cable fatigue.
      • The cable carriers provide a robust physical barrier, isolating internal lines from the external machining environment. They effectively shield the wiring from dust, wood chips, debris, and oil, fundamentally preventing mechanical abrasion and chemical degradation that often occurs with exposed cabling. This protection ensures the integrity of the machine's electrical and pneumatic systems even in harsh conditions.
      • This disciplined cable management ensures a clean and standardized internal layout, making routine inspections and troubleshooting straightforward. By eliminating cable clutter, operators can quickly identify and access specific lines, drastically improving maintenance efficiency and minimizing production interruptions. This rigorous attention to detail provides a reliable foundation for the continuous, high-intensity output of the Spire Series.
    • High-quality terminal blocks of Spire 1325 CNC router

      High-Quality Terminal Blocks

      • The Spire 1325 CNC Router features an independent and standardized terminal block assembly, with all wiring strictly adhering to industrial electrical protocols. Through high-reliability wiring techniques, the system achieves clear physical isolation and categorization of all electrical circuits. The architecture is designed with three independent power and control lines for the main machine, vacuum pump, and dust collector. This separation ensures they operate without mutual interference, minimizing cross-fault risks at the design level and guaranteeing maximum stability for the overall power supply system.
      • This triple-circuit independent power design ensures that each loop serves a distinct function, making troubleshooting intuitive and straightforward. In the event of an electrical anomaly, operators can quickly pinpoint the issue without having to monitor complex, intertwined circuits. This significantly reduces maintenance difficulty, shortens diagnostic downtime, and enhances overall machine service efficiency.
      • The independent terminal blocks offer secure connections, excellent heat dissipation, and easy accessibility for inspection. This setup not only makes the electrical system more standardized and reliable but also facilitates routine checks, cable maintenance, and future hardware upgrades. It further enhances machine safety, providing a robust protective barrier for the Spire during long-term, high-intensity industrial production.

    Tool Setter: One-Click Precision Sensing to Eliminate Manual Errors and Setting Time

    Automatic Tool Setter

    • The Spire 1325 CNC Router is equipped with a high-precision, contact-type automatic tool sensor crafted from pure copper. The premium copper housing ensures superior conductivity and exceptional signal responsiveness, allowing the system to capture the precise instant of tool contact. This guarantees high consistency and repeatability in tool length measurements, ensuring every cut is accurate.
    • For daily storage, the sensor is housed in a dedicated sheet-metal protective dock on the left side of the spindle, making it easily accessible without obstructing the machining area. During operation, the user simply places it beneath the tool tip and initiates the process via the control system. The machine then automatically measures the tool length and generates the necessary compensation—a fully automated process that eliminates human measurement errors at the source.
    • In scenarios involving multiple tool changes or complex machining sequences, the sensor automatically identifies length differences across various tools and performs real-time compensation to ensure a unified coordinate datum. With its rapid response and high precision, this tool sensor significantly boosts tool-change efficiency and shortens setup cycles while maintaining strict dimensional consistency across workpieces—providing a reliable foundation for continuous, high-efficiency batch production.
    Automatic tool setter for Spire 1325 CNC wood router
    Automatic tool setter for Spire 1325 CNC wood router

    Workflow Optimization: Vacuum Tables with Auxiliary loading and Pop-Up Positioning pin

    Vacuum worktable for Spire 1325 CNC wood router
    Vacuum zone control switches for Spire 1325 CNC wood router
    4+2 positioning cylinders for Spire 1325 CNC wood router
    Auxiliary loading rollers for Spire 1325 CNC wood router

    Vacuum Worktable

    Vacuum Zone Control Switches

    4+2 Positioning Cylinders

    Auxiliary Loading Rollers

    • The CNC router machine is equipped with a 6-zone vacuum worktable, precision-milled to ensure exceptional surface flatness. Featuring an independent manifold design paired with evenly distributed holes, it delivers balanced and consistent clamping force. This system securely anchors various sheet materials, fundamentally eliminating issues such as edge lifting or workpiece shifting during high-speed machining.
    • Each of the six vacuum zones supports independent activation and pressure adjustment. Operators can flexibly enable specific areas based on the workpiece dimensions, geometric shape, and actual machining position. This on-demand allocation avoids the need for constant full-load operation, effectively reducing vacuum air consumption and pump energy usage while significantly boosting energy efficiency. Whether performing large-scale nested fabrication or batch production of small components, the system provides stable and reliable vacuum fixturing.
    • The vacuum worktable is widely compatible with diverse materials, including wood panels, acrylic, PVC, ACM (Aluminum Composite Material), and MDF. With rapid dynamic response and stable negative pressure maintenance, it drastically reduces traditional manual clamping times and improves loading efficiency—providing a high-performance, flexible workholding solution for all processing scenarios.
    • The vacuum table is equipped with six independently controlled suction zone valves, with each switch corresponding to a specific vacuum area. Users can flexibly activate individual zones or multiple combinations based on the dimensions, shape, and placement of the workpiece. This design effectively prevents pressure loss caused by air leakage in inactive areas, ensuring that the active machining zone consistently maintains stable and powerful negative pressure suction.
    • This independent zoning layout not only optimizes vacuum clamping efficiency but also effectively reduces the energy consumption of the vacuum pump. Whether handling small precision components, complex irregular shapes, or large-format sheets, the system ensures precise and robust holding force. This significantly enhances the machine's adaptability across a wide range of diverse machining scenarios.
    • The workstation is fitted with a vacuum manometer, providing a real-time, intuitive display of the current vacuum pressure levels. This allows operators to quickly verify if the suction strength meets requirements before and during the machining process, completely eliminating the risk of workpiece displacement due to insufficient clamping force. Additionally, a clear zoning schematic is located at the operator station, with area divisions perfectly mapped to the physical switches, ensuring users can quickly and accurately locate target zones for enhanced operational convenience.
    • The CNC router machine is equipped with a 4+2 pneumatic positioning cylinders system (pop-up pins) designed for rapid and precise workpiece alignment. With four cylinders along the Y-axis and two pins along the X-axis, these pins form a standardized L-shaped orthogonal datum. This provides a unified, high-precision reference point; once loading is complete, the operator simply pushes the sheet material against the side of the pins to instantly align the workpiece. This eliminates the need for repetitive manual measurement and positioning, drastically reducing setup time while significantly enhancing output efficiency and precision consistency during batch production.
    • The advantages of this system are particularly prominent during double-sided machining (such as double-sided drilling). When a workpiece needs to be flipped, it can be rapidly re-positioned against the pneumatic pins to ensure that the machining zero-points for both sides are perfectly aligned. This capability effectively eliminates alignment drift between operations, significantly increasing the yield rate for complex, multi-sided projects.
    • The positioning system is controlled via a command through the controll system, greatly simplifying the workflow and minimizing human positioning errors. This high degree of standardization not only makes double-sided processing simple and efficient but also perfectly accommodates various sheet sizes up to 4x8 feet (1220x2440mm). This provides a stable and reliable technical guarantee for high-intensity industrial production.
    • The rear of the machine is equipped with 24 loading assist rollers arranged in a 3x8 matrix layout. This configuration ensures even weight distribution and provides stable support for various sheet materials during the loading and unloading process. When loading, the material glides forward on the rollers, avoiding direct friction with the worktable. This effectively prevents surface scratches, making it ideal for materials with sensitive surfaces such as pre-painted boards, acrylic, and decorative veneers.
    • The even distribution of these 24 rollers makes the loading process significantly smoother and more effortless, greatly reducing the physical resistance of moving heavy sheets. Even with large-format boards, a single operator can easily slide the material into the positioning zone without additional assistance, substantially lowering labor intensity and operational costs.
    • The height offset between the rollers and the worktable is precision-engineered to ensure a seamless transition as the material slides onto the table surface. This optimized entry boosts loading speeds and maintains production continuity. This simple yet robust design is specifically suited for high-frequency batch processing, effectively compressing loading time and maximizing overall production efficiency for the Spire series.

    Premium Peripherals: High-Performance Vacuum Support and Advanced Dust Management

    7.5kW pulse cyclone dust collector dust collector of Spire 1325 CNC router

    7.5kW Pulse Cyclone Dust Collector

    • The machine is upgraded with a 7.5kW Pulse-Jet Cyclone Dust Collector, specifically engineered to handle the high volume of wood chips and dust generated during heavy-duty processing. Delivering air velocities exceeding 60m/s and a maximum airflow of over 7000m³/h, the system utilizes a dual-vortex discharge structure to capture dust instantly. This powerful suction prevents debris from infiltrating transmission components, safeguarding machine precision and ensuring a clean production environment at the source.
    • Featuring advanced high-pressure pulse-jet cleaning technology, the system automatically clears the filter cartridges to ensure they remain unobstructed. This maintains consistent, long-term suction strength during continuous, high-volume production without manual intervention. Despite its high-performance output, the system operates below 75dB, achieving a superior balance between raw power and acoustic comfort for a significantly improved workshop atmosphere.
    • The dust collection system operates in deep synergy with the machine, enabling a seamless "process-and-collect" workflow. This efficient debris management not only drastically reduces downtime associated with manual cleaning but also protects the respiratory health of operators. By upgrading to this advanced collection suite, the Spire provides users with a standardized, eco-friendly production space, delivering sustained operational efficiency and professional brand value.
    Pulse cleaning
    Cyclone dust collection
    7.5kW variable frequency vacuum pump of Spire 1325 CNC router

    7.5kW High-Power Variable Frequency Constant Pressure Vacuum Pump

    • This Spire 1325 CNC Router is upgraded with a 7.5kW industrial-grade dry vacuum pump, delivering a massive flow rate of 520m³/h and a maximum vacuum level of -50kPa. This robust performance provides consistent and uniform negative pressure for the 6-zone worktable, ensuring balanced suction even when all zones are active simultaneously. Whether securing small precision parts or providing high-strength clamping for large-format sheets, this configuration perfectly meets the most demanding workholding requirements.
    • The system features advanced Variable Frequency Drive (VFD) technology, offering the core advantage of constant pressure control. By automatically adjusting the operating frequency based on the actual machining load, the VFD pump reduces energy consumption by over 30% and significantly suppresses operating noise compared to conventional full-power pumps. This high energy-efficiency ratio ensures that Spire delivers significant long-term cost savings and a superior return on investment for high-volume production.
    • Utilizing a water-free and oil-free design, this pump completely eliminates the tedious processes associated with traditional water-ring pumps, such as constant refilling and sediment cleaning. This eco-friendly approach ensures zero wastewater discharge and fundamentally prevents mechanical failure caused by water shortage. Virtually maintenance-free, this technical upgrade maintains a clean processing environment while drastically reducing secondary costs and service requirements.
    Variable Frequency
    -50KPa
    520m³/h

    Lubrication System: Automated Precision Maintenance for Reduced Friction and Wear

    Large-Capacity Automatic Lubrication System

    • The Spire 1325 CNC Router is equipped with an industrial-grade 1.5L automatic lubrication system. This high-capacity design eliminates the need for frequent oil refills, allowing a onece filling to meet the lubrication requirements of extended operational cycles. The system provides a continuous and stable protective oil film for critical transmission components, such as guide rails and ball screws, ensuring the mechanical structure remains in peak operating condition at all times.
    • The system supports customizable lubrication logic, allowing operators to flexibly program lubrication intervals and discharge volumes based on machining duration and machining intensity. This precise, automated delivery logic effectively prevents abnormal component wear caused by dry friction while avoiding the grease waste and environmental contamination associated with over-lubrication.
    • The entire lubrication process is executed strictly according to pre-set programs with no manual intervention required, fundamentally eliminating the risk of mechanical failure or downtime due to human oversight. By providing comprehensive dynamic protection, the system significantly reduces routine maintenance workloads and extends the machine's overall service life, providing a robust barrier for the long-term, high-precision operation of the machine.
    Automatic lubrication system for Spire 1325 CNC router

    Oil Drip Tray for Z-Axis

    • The device is mounted beneath the Z-axis guideways and ball screw, featuring a compact design that fits securely against the machine frame. This ensures efficient waste oil collection without occupying any effective machining space or interfering with the vertical movement of the Z-axis, achieving a perfect balance between functionality and mechanical clearance.
    • Engineered to capture excess lubricant emanating from the Z-axis during automatic lubrication and dynamic operation, this component utilizes a directional collection mechanism to eliminate oil splashing, dripping, or leakage. By preventing oil contamination on workpieces and the vacuum table, it ensures maximum surface cleanliness and safeguards the aesthetic quality and consistency of the finished products.
    • The oil drip tray significantly reduces the cleanup burden, eliminating the need for frequent removal of oil stains from the table and workpieces. Its powder-coated surface prevents oil adhesion, allowing for easy cleaning with a simple wipe. By maintaining a clean and orderly machining environment, the system optimizes the overall processing quality of the Spire Series, ensuring the machine operates in a professional and stable condition.
    Oil drip tray for Spire 1325 CNC router with flood cooling

    Machine Identity: Exclusive Serialized Tracking and Comprehensive Document Packages

    Spire series exclusive serial number of Spire 1325 CNC router
    Maintenance instructions of Spire 1325 CNC router

    Spire Series Exclusive Machine ID & Service

    • Each Spire Series machine is precision-fitted with an exclusive metal nameplate and a unique serial number. This "Digital Birth Certificate" enables comprehensive lifecycle management—from factory dispatch and installation to long-term maintenance.
    • Your unique serial number unlocks an industry-leading 5-year comprehensive warranty, shattering the common 1-year standard. Benefit from 24/7 rapid remote diagnostics by a dedicated engineer, alongside lifetime maintenance support and free control system software upgrades.
    • Integrated safety protocols and scheduled maintenance charts are mounted directly on the machine. By clearly defining lubrication cycles and core inspection points, we transform complex upkeep into a simple, standardized habit—drastically reducing downtime and maximizing the machine's operational lifespan.
    Complete documentation kit for Spire 1325 CNC router
    Warranty card for Spire 1325 CNC router
    Quick guide for Spire 1325 CNC router
    User manual for Spire 1325 CNC router

    Spire Series Complete Documentation Kit

    • Each Spire unit is delivered with a comprehensive, standardized documentation package, including an exclusive Certificate of Quality, Warranty Card, Warranty Manual, Quick Start Guide, and a detailed User Manual. Every machine undergoes rigorous quality control inspections before leaving the factory, with the issuance of a formal Certificate of Quality to verify its compliance. The warranty documentation is clearly defined and legally robust, explicitly outlining the coverage period, specific scope, and standardized after-sales service procedures to provide users with comprehensive protection for their investment and rights.
    • The Quick Start Guide is specifically engineered to maximize installation efficiency with highly practical instructions. In addition to a detailed parts inventory, it provides step-by-step wiring protocols for the Spire's split-circuit power architecture—covering the main power supply, vacuum pump, and dust collection system—to ensure safe and rapid energy integration. Furthermore, the guide includes a summary of core operational workflows and common troubleshooting steps, enabling users to perform effective self-diagnostics during the initial setup phase.
    • The User Manual provides exhaustive technical depth, covering mechanical components, illustrated installation steps, and complete operational sequences. Crucially, it includes precision electrical schematics and pneumatic system diagrams, providing an authoritative reference for professional inspections and advanced troubleshooting. Utilizing high-definition graphics and real-world photos for key components, the manual ensures that users worldwide can quickly master everything from daily production to deep maintenance, maximizing the machine's long-term performance.

    Turnkey Toolkits: Professional Grade Accessories and Ready-to-Work Tool Sets

    Toolbox of Spire 1325 CNC router
    Toolbox first layer of Spire 1325 CNC router
    Toolbox second layer of Spire 1325 CNC router
    Tool set of Spire 1325 CNC router

    Free Accessory Kit for Diverse Machining Needs

    • Every Spire Series machine comes standard with a high-quality, dual-layer industrial toolbox, containing a complete set of accessories, precision cutters, and maintenance tools. This comprehensive kit covers all scenarios—from installation and commissioning to daily operation and preventive maintenance—enabling a true "plug-and-play" experience. By eliminating the need for secondary procurement, we ensure that users can transition immediately from delivery to full-scale production.
    • The toolbox features professional-grade maintenance tools and critical spare parts, including ER spindle wrenches, a high-hardness hex key set, and a USB drive preloaded with operational videos and technical data. Additionally, it includes essential backup components such as intermediate relays, high-precision limit switches, and pneumatic fittings. This strategic backup allows operators to perform rapid replacements during emergencies, ensuring continuous production and minimizing the costs associated with unplanned downtime.
    • To support diverse processing requirements, we include an ER32 AA-grade high-precision 18-piece collet set and a 35-piece professional cutter set. This collection covers the full spectrum of machining processes, including engraving, cutting, contour milling, and complex shaping. Perfectly compatible with materials like acrylic, wood, and aluminum, these precision tools ensure that the Spire can handle multi-dimensional tasks while maintaining superior surface finish and dimensional accuracy.
    ToolboxToolbox First Layer Toolbox Second Layer Machining Tool Set Machining Tool Collet 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.

    Technical Parameters

    Series
    CATEK · Spire
    Model
    CK-1325-WSP-SE
    XYZ Working Travel
    1300*2500*200mm
    Bed
    Spire-specific machining center processed reinforced bed base, independent anti-interference control cabinet
    Gantry
    Reinforced aged steel gantry, heavy-duty stress-relieved steel beam
    Spindle Mounting Plate
    46mm thick hard-anodized aluminum mounting plate
    Spindle
    CATEKCNC self-developed 6KW high-speed variable frequency air-cooled spindle
    Spindle Speed
    Max speed 18000RPM
    Variable Frequency Drive
    Hpmont 7.5KW VFD
    Tool Holder Type
    ER32 φ20mm
    Tool Setting Method
    Automatic tool setter
    Drive Method
    CATEKCNC self-developed 750W servo motor * 4 (Z-axis brake motor)
    Reducer
    Japan Shimpo planetary gear reducer
    Table
    Vacuum table, 6 zones, 8 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 25 linear guide rails / linear bearings
    Loading
    Rear auxiliary loading rollers
    Positioning
    4+2 positioning cylinders (pneumatic pop-up pin)
    Dust Collection Method
    7.5KW pulse cyclone dust collector
    Vacuum Pump
    7.5KW 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 LNC MW2200 CNC control system
    Handwheel
    Pulse electronic handwheel
    Monitor
    19.5-inch LCD monitor
    Keyboard and Mouse
    2.4GHz wireless keyboard and mouse
    Lubrication System
    Centralized lubrication oil maintenance system
    Safety System
    Omron limit switch
    Working Voltage
    AC380V/50Hz
    Repeat Positioning Accuracy
    ±0.02mm
    Max. Movement Speed
    80,000mm/min
    Max. Processing Speed
    20,000mm/min
    Dimensions
    3160*2050*1850mm
    Weight
    1300kg

    * These parameters are specific to this CK-1325-WSP-SE unit; configurations can be customized to meet specific requirements.

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        The matching CNC software is given for free
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