The Spire series is the high-end custom series of
CATEKCNC, featuring a completely redesigned exterior and mechanical
structure. It incorporates top-tier components from
first-tier suppliers and includes exclusive one-on-one
customer service.
Looks like you have not added anything to you cart. Goahead & explore top
categories.
{{goods.model}}
${{moneyFormat(goods.price * goods.num)}}
Total:
${{moneyFormat(total)}}
· Function Description ·
This 5×10 ft CNC router with dual independent spindles is a Spire series model built for efficient batch production. Equipped with two CATEKCNC water-cooled spindles, independent servo drives, and a DSP control system, it delivers synchronized machining with high precision and efficiency.
Breaking single-spindle production limits with dual-spindle synchronized machining for higher efficiency, stability, and continuous production.
The CK-1530-RSP-2 is a premium
Spire Series dual-independent-head CNC router designed for
high-efficiency, batch production. Unlike conventional single-head CNC routers, it features
two CATEKCNC self-developed 5.5kW high-speed water-cooled spindles, enabling simultaneous
machining of two identical workpieces and effectively doubling productivity. Ideal for
continuous processing of standardized products such as wooden doors, wardrobes, cabinets,
furniture components, wood carvings, and advertising signs, it offers a 1500 × 3000mm (5 ×
10 ft) working area and 200mm standard machining height. The machine features a 6-zone,
20-port vacuum table, 4+2+4 pneumatic positioning pins, and 24 auxiliary loading rollers for
efficient sheet loading, precise positioning, and secure workpiece holding. Its heavy-duty
reinforced steel bed, high-rigidity cast-iron gantry, precision transmission system,
high-performance servo drives, and high-speed water-cooled spindles ensure stable, accurate
performance during high-speed operation, heavy-duty cutting, and extended continuous
production.
As a model in the Spire Series,
the CK-1530-WSP-2S is built to rigorous manufacturing standards across its mechanical
structure, transmission system, and electrical controls. Key components, including spindle
configuration, working dimensions, servo motors, linear guides, and racks, can be customized
to suit different materials, machining processes, production scales, and capacity
requirements. Equipped with automatic tool setting, zoned vacuum control, automatic
lubrication, a water chiller, a constant-pressure vacuum pump, and a dust collection system,
it simplifies operation and enhances machining stability. Spire also provides a 5-year
warranty, 24/7 technical support, lifetime maintenance, free control software upgrades,
comprehensive training materials, and professional after-sales service, delivering long-term
support throughout installation, commissioning, and ongoing production.
Core Advantages of Spire 1530
Dual-Spindle CNC
Router: Four Dimensions to Reshape the Standards of
High-Efficiency Production
01.
Dual-Spindle Synchronized
Machining, Maximize Production Efficiency.
The Spire 1530
Dual-Spindle CNC Router features two CATEKCNC self-developed 5.5kW
high-speed water-cooled spindles, enabling simultaneous machining of two
identical workpieces in a single setup to significantly increase productivity.
With speeds up to 24,000 rpm and adjustable settings for different materials, it
is ideal for batch production of wooden doors, wardrobes, cabinets, furniture
components, wood carvings, and advertising signs.
02.
Large-Area Vacuum
Hold-Down, Easy Loading and Precise Positioning.
The machine features a 1500 × 3000mm vacuum table
with 6 zones and 20 ports, combined with 4+2+4 pneumatic positioning pins and 24
auxiliary loading rollers for easy loading, quick positioning, and secure
workpiece holding. The seamless PVC tabletop provides a flat, wear-resistant
surface, while the six independently controlled vacuum zones allow flexible
adjustment to different sheet sizes. Large panels can be loaded and secured by a
single operator, reducing manual handling and improving efficiency.
03.
Flexible Configuration
Options, Tailored to Your Production Needs.
The Spire Series supports customizable dual-,
triple-, and four-head configurations, as well as various working sizes. Key
components, including the vacuum table, spindles, servo motors, linear guides,
racks, gear reducers, ball screws, inverters, and control systems, can be
customized with different brands and specifications to meet your requirements.
From mechanical structure to core electrical components, every configuration can
be tailored to your materials, precision requirements, production efficiency,
and budget, delivering a customized CNC machining solution for your specific
needs.
04.
Comprehensive Safety
Protection, 5-Year Warranty for Peace of Mind.
Spire features a
complete Schneider Electric system, with interlock, phase-sequence, surge, and
thermal overload protection, plus fully enclosed cable harnesses for enhanced
operational safety and reliability. Spire also provides a 5-year warranty, 24/7
technical support, lifetime free maintenance, and system upgrades. Complete
manuals, operation videos, test files, and system backups are included to
support installation, operation, maintenance, and after-sales service.
Choosing the Spire 1530 Dual-Spindle CNC
Router means
choosing
Higher Production Efficiency
Two 5.5kW high-speed water-cooled spindles machine two
identical workpieces simultaneously in a single setup, significantly increasing
productivity.
Superior Long-Term Stability
The heavy-duty reinforced steel bed, cast-iron gantry, and
precision transmission system deliver high rigidity, strong load capacity, and
low vibration for extended continuous operation.
Easier Operation
The DSP A11 controller, automatic tool setting, pneumatic
positioning pins, and vacuum hold-down simplify loading, positioning, tool
setting, and machining.
Comprehensive Quality Assurance
Enjoy a 5-year warranty, 24/7 technical support, lifetime
free maintenance and software upgrades, plus comprehensive training materials
and professional after-sales service for long-term, reliable production.
Heavy-Duty Machine Frame, Custom Elevated Gantry
Heavy-Duty Bed Base Dedicated to Spire
The Spire 1530
dual-independent-head CNC router features a
dedicated Spire heavy-duty bed base, constructed from
thick-walled welded steel tubing and optimized through
AI-based structural simulation and load analysis. The
support layout, load paths, and critical stress areas are
reinforced to improve rigidity by approximately 20%,
enhancing vibration resistance and minimizing deformation.
Thickened steel strips reinforce the guide rail and rack
mounting areas, providing a stable foundation for the 1500 ×
3000mm working area and synchronized dual-spindle operation.
The bed features a continuous thick steel plate surface and
undergoes both vibration stress relief and annealing to
release residual welding stresses and reduce long-term
deformation. High-precision five-axis gantry milling is then
used to machine critical mounting surfaces for the linear
guides, racks, and other components, achieving mounting
datum accuracy within ±0.02mm. These processes combine
structural reinforcement, stress relief, and precision
machining to maintain stable performance under high-speed,
heavy-duty cutting conditions.
Designed for heavy-panel machining and extended continuous
production, the Spire 1530 features a reinforced
load-bearing structure that distributes machining forces and
operational impacts more effectively. Its thick-walled steel
tubing, reinforced steel strips, and heavy steel plate form
a rigid, multi-layer support structure, increasing overall
load capacity by approximately 25% following structural
optimization. The entire bed is finished with a durable
powder coating that provides a uniform protective layer with
excellent rust and scratch resistance. This combination of
structural strength and durable surface protection helps
maintain long-term machining accuracy and reliability.
High-Rigidity Integrated Gantry Structure
The machine features a high-rigidity, reinforced one-piece
beam designed to improve structural strength and resistance
to bending and torsion. High-rigidity cast-iron uprights on
both sides form a stable load-bearing frame, ensuring
smoother movement of the dual independent spindles during
high-speed travel and heavy-duty cutting. The beam's guide
rail and rack mounting areas are reinforced with thickened
steel strips and precision-machined on a large milling
machine, achieving mounting accuracy within ±0.02mm. This
provides flat, stable mounting surfaces for the linear
guides, racks, and other transmission components.
The mounting interfaces between the cast-iron uprights,
beam, and bed are precision-machined on a large milling
machine to ensure consistent reference surfaces and
flatness, minimizing the impact of assembly errors on
overall accuracy. These precision-machined interfaces create
more reliable structural connections, while the reinforced
beam helps reduce load-induced displacement during long-term
operation. Together, they provide stable motion support
across the 1500 × 3000mm working area.
Unlike conventional welded steel-plate uprights, cast-iron
uprights offer superior damping and vibration absorption,
helping suppress high-frequency vibrations, structural
resonance, and vibration transmission during machining. The
combination of a high-rigidity beam, cast-iron uprights, and
precision-machined mounting interfaces ensures stable
performance during high-speed movement, continuous
operation, and heavy-duty cutting, improving surface finish,
dimensional consistency, and long-term reliability.
The Z-axis features two 46mm extra-thick, hard-anodized
aluminum alloy Z-axis plates, precision-milled from solid
high-strength aluminum. Compared with the industry's common
15–20mm designs, the thickness is more than doubled,
providing a more stable foundation for the Z-axis motion
system. The one-piece construction minimizes structural
inaccuracies associated with joints and welding while
enhancing rigidity and deformation resistance, ensuring
stable dual-spindle movement during high-speed travel and
cutting.
Made from high-strength aluminum alloy, the Z-axis plates
combine structural strength with lightweight performance.
Compared with traditional heavy steel structures, they
reduce moving mass, lowering the load and inertia on the
Z-axis servo motors for faster acceleration and deceleration
and smoother motion. This combination of lightweight
construction and high rigidity improves dynamic response
while reducing mechanical stress during long-term operation,
helping enhance transmission and servo system efficiency.
The plates undergo full-surface sandblasting and hard
anodizing to create a refined metallic finish and a durable,
high-hardness protective layer. Compared with conventional
surface treatments, this finish offers superior wear
resistance, corrosion resistance, and scratch protection.
Beyond enhancing the machine's appearance, it maintains
reliable surface performance in demanding industrial
environments, combining rigidity, lightweight design,
durability, and long-term value.
Heavy-Duty Adjustable Anti-Slip Leveling
Feet
The machine bed is equipped with six heavy-duty adjustable
leveling feet made of high-strength carbon steel with an
electroplated finish for enhanced corrosion and wear
resistance. Designed for long-term industrial use, they
provide durable protection against rust and abrasion.
Standard threaded adjustment ensures smooth height
adjustment and secure locking, allowing the machine to be
leveled according to site conditions and providing a stable
foundation for the linear guides, racks, and other
transmission components.
Each leveling foot features a thick, high-resilience rubber
pad with excellent elasticity and compressive strength. The
enlarged contact area improves grip and slip resistance
while absorbing some of the vibration and impact generated
during operation. The wear- and tear-resistant rubber
resists cracking and deformation, making it suitable for
supporting heavy machine loads over extended periods.
The six leveling feet are strategically positioned to
distribute the bed's weight evenly, reducing localized
stress and unwanted movement for improved overall stability.
Threaded adjustment enables quick and convenient machine
leveling without complicated procedures. The combination of
heavy-duty carbon steel, electroplated protection, thick
anti-slip rubber pads, and evenly distributed support
provides a stable foundation, helping the Spire maintain
smooth operation during high-speed movement and continuous
machining.
Click the icon labels to view different
machine
parts
Taiwan HIWIN Heavy-Duty 25mm Linear
Guides and Blocks
The X, Y, and Z axes are equipped with Taiwan HIWIN 25mm
heavy-duty linear guides and blocks, providing
high-strength, high-precision guidance and support for the
three-axis motion system. Featuring equal load capacity in
four directions, the guides maintain stable load-bearing
performance under radial, lateral, and other directional
forces. Designed for large-format machining, heavy cutting,
and extended continuous operation, their reinforced
construction provides a reliable motion foundation for
high-speed dual-spindle operation.
The guides feature a four-row recirculating ball design with
a 45° contact angle, enabling multidirectional load support
while maintaining precision and smooth movement. Radial
rigidity reaches up to 1,599 N/μm, with a static load
capacity of up to 420 kN, helping minimize vibration and
displacement during high-speed travel and cutting. Working
in conjunction with the heavy-duty bed and gantry, the
high-rigidity guides maintain stable three-axis movement
under heavy loads, improving machining accuracy and surface
finish.
The guide blocks also feature automatic self-alignment,
accommodating minor mounting surface deviations during
installation and reducing the effects of alignment errors on
guide movement. This design promotes smoother operation and
minimizes uneven loading and localized wear, helping
maintain motion accuracy and long-term reliability.
Taiwan YYC High-Precision Ground Helical
Racks
The X and Y axes are equipped with Taiwan YYC 1.5-module
high-precision ground helical racks. Through multiple
manufacturing processes, including heat treatment hardening,
precision tooth milling, and grinding, the racks achieve
excellent tooth consistency, surface quality, and wear
resistance. The hardened tooth surfaces withstand long-term
high-speed operation and continuous machining loads while
reducing wear caused by prolonged gear engagement, providing
Spire with a stable and durable power transmission
foundation.
Compared with conventional straight racks, the helical tooth
design provides a more gradual and continuous engagement
process, ensuring smoother and more uniform contact between
gear teeth. This effectively reduces instantaneous impact
and transmission vibration during meshing, resulting in
smoother and quieter X/Y-axis movement. During high-speed
reciprocating motion and acceleration/deceleration, the
helical structure minimizes the influence of backlash and
impact on machining stability, reduces mechanical vibration,
and extends transmission system service life.
The high-precision ground racks work together with CATEKCNC
self-developed servo motors and Taiwan HIWIN linear guides
to deliver accurate and stable power transmission on the X/Y
axes. The optimized tooth profile and helical engagement
structure reduce transmission fluctuations during high-speed
operation, allowing the dual independent heads to maintain
precise positioning and smooth movement during large-format
machining, rapid travel, and continuous cutting. This
provides a solid foundation for machining accuracy, surface
quality, and long-term reliability.
Taiwan TBI High-Precision Ground Ball
Screw
The Z axes of the dual independent heads are equipped with
Taiwan TBI high-precision ground inner-loop ball screws.
Compared with conventional rolled screws, the precision
grinding process provides higher thread accuracy,
consistency, and surface quality, reducing transmission
friction and error. The internal recirculating ball
structure replaces sliding friction with rolling friction,
reducing driving torque to approximately one-third of
traditional sliding screws for smoother Z-axis movement and
lower servo motor load.
The ground ball screws support precise micro-feeding with
preloaded ball circulation, minimizing axial backlash and
achieving control accuracy down to 0.1μm. The optimized
Gothic groove design and preload adjustment improve
transmission stability, reduce reversing errors, and ensure
accurate tool positioning during detailed engraving, contour
machining, and complex surface processing.
Combining high-precision grinding, inner-loop circulation,
preload compensation, and low-friction transmission, the TBI
ball screws maintain smooth and stable Z-axis movement
during frequent positioning, micro-feeding, and long-term
continuous operation, improving repeatability, service life,
and overall reliability.
High-Strength Double-Diaphragm Coupling
The Z-axis features a high-strength double-diaphragm
coupling with high torsional rigidity, zero rotational
backlash, and fast response. It ensures precise power
transmission between the servo motor and ground ball screw,
minimizing reversing errors and transmission shock for
smoother acceleration, deceleration, and directional
changes.
The stainless steel diaphragms compensate for minor radial,
angular, and axial misalignment while maintaining high
torque transmission accuracy. The double-diaphragm design
also absorbs some operating vibration, reducing mechanical
stress and ensuring stable Z-axis movement during high-speed
travel and frequent reversals.
The coupling body is made of lightweight 7075-series
aerospace aluminum alloy, offering high strength, hardness,
and toughness, with hardness exceeding 420 HL. An anodized
finish enhances wear and corrosion resistance. The optimized
design extends service life by approximately 30%, providing
a durable, precision connection for the Z-axis drive system.
Japan SHIMPO High-Precision Planetary
Gear Reducers
The X and Y axes feature Japan SHIMPO high-precision
planetary gear reducers with backlash as low as 0.05° (3
arcmin), minimizing reversing errors and ensuring precise
motion during high-speed travel and frequent direction
changes. The reduction mechanism increases effective servo
motor torque, providing reliable power for large-format
machining and heavy-duty cutting.
Precision-ground helical gears and roller bearings ensure
smooth engagement, even load distribution, and reduced
vibration and friction. Operating noise is as low as 60 dB.
Combined with Taiwan YYC ground helical racks and HIWIN
linear guides, the reducers deliver smooth, accurate, and
stable X/Y-axis transmission.
The fully sealed design helps prevent dust and wood chips
from entering the transmission system. With transmission
efficiency above 97%, the reducers minimize power loss and
heat generation. Under normal operating conditions,
lubrication grease can last up to 20,000 hours without
replacement, reducing maintenance requirements and
supporting reliable continuous operation.
High-Rigidity Aluminum Alloy Safety Stops
The X and Y axes feature L-shaped, one-piece aluminum alloy
safety stops with an anodized finish for enhanced strength,
wear resistance, and corrosion protection. Their rigid
construction absorbs end-of-travel impacts, helping protect
the machine frame and transmission components.
High-resilience rubber buffers are fitted to the ends to
absorb impact energy and reduce collision forces and noise.
Durable and wear-resistant, they provide reliable cushioning
during accidental overtravel.
The XYZ axes also feature infrared limit sensors, combining
electronic travel limits with mechanical impact protection.
The sensors monitor travel and trigger protection near
preset limits, while the safety stops provide an additional
mechanical safeguard. This dual-protection design helps
reduce collision risks and protects the linear guides,
racks, reducers, and servo drive system.
Click the icon labels to view different
machine
parts
Dual-Spindle Operation, Double the Efficiency
Two CATEKCNC Self-Developed 5.5kW
High-Speed Water-Cooled Spindles
The dual independent heads are equipped with two CATEKCNC
self-developed 5.5kW water-cooled spindles, reaching speeds
of up to 24,000 rpm for powerful, stable cutting
performance. Each spindle features an enlarged ER32 collet,
accommodating tool shanks up to 20mm in diameter for greater
tooling versatility. The integrated stainless steel housing
provides durability and rigidity for high-speed, continuous
machining.
Paired with an S&A CW5200 industrial water chiller, the
spindles maintain stable operating temperatures, reducing
thermal drift, vibration, and noise during extended
operation. Fuling inverters enable stepless speed adjustment
from 0–24,000 rpm, allowing optimized cutting speeds for
materials such as wood, MDF, acrylic, and PVC.
The two independently driven spindles can machine two
identical workpieces simultaneously in a single setup. Under
the same machining conditions, this dual-spindle
configuration can increase productivity by over 50% compared
with a single-spindle router, making it ideal for batch
production of advertising signs, wood carvings, cabinets,
and standardized components. Dual 5.5kW power and
synchronized machining deliver higher throughput without
compromising machining quality.
CATEKCNC's Proprietary Servo System Ensures Ultra-Stable Operation.
CATEKCNC Self-Developed 750W Servo Motors
The Spire 1530 dual-spindle CNC
router
features six CATEKCNC self-developed 750W servo motors, delivering
precise, stable motion control across all axes. Its
dual-independent-head design uses separate X- and Z-axis drives for
each head, plus dual Y-axis drives, enabling independent head
control and synchronized machining. With fast response, precise
positioning, and excellent dynamic performance, the servo system
ensures smooth operation during high-speed travel, frequent starts
and stops, and continuous cutting.
The Y-axis uses dual servo motors for synchronized drive on both
sides of the gantry, distributing loads evenly and reducing
twisting, uneven loading, and lateral movement. Combined with the
rigid bed, cast-iron uprights, and heavy-duty linear guides, this
configuration enhances gantry stability and machining consistency
during high-speed dual-spindle operation.
The Z-axis servo motors feature holding brakes to prevent the
spindle assemblies from dropping when the machine stops or loses
power. Combined with precision-ground ball screws and
double-diaphragm couplings, they provide responsive movement,
accurate feeding, and reliable holding. Together, the six servo
motors deliver high-response, precise, and stable motion control
across the Spire system.
The RichAuto DSP A11 Handheld Controller Combines Professional-Grade Precision with Portable
Operation.
RichAuto DSP A11 Control System
The machine features a Ruizhitiantianhong DSP A11 handheld
motion controller powered by a high-performance DSP
processor for fast response and precise real-time motion
control. Its integrated display and function keys provide
intuitive operation, allowing users to configure
coordinates, run programs, and perform machine adjustments
without a dedicated computer. With a minimum input increment
of 0.001mm, it supports precise positioning and fine
engraving.
The system supports USB flash drives and USB data transfer
for convenient machining file access and program loading.
Its offline operation eliminates the need for a continuously
connected computer, improving flexibility in the workshop.
Additional features include language switching, system
upgrades, and software and hardware limit protection.
Multiple manual operation modes, including continuous, jog,
and distance-based movement, simplify machine control.
Built-in self-diagnostics and fault alerts help operators
monitor machine status and perform routine maintenance,
making the system suitable for both batch production and
everyday operation.
Premium Electrical Hardware, Building Perfection Into
Your CNC Router
Two
Fuling 7.5kW CNC Router Inverters
Interlock
and
Short-Circuit Protection Switch
High-Quality
Power Switches
Schneider
Electrical Components
Water
Chiller and Air Supply Connections
High-Reliability
Aviation Plugs
Fully
Enclosed High-Strength Cable Carrier
High-Quality
Terminal Blocks
Two Fuling 7.5kW CNC Router
Inverters
The CNC router's spindle is equipped with two Fuling 7.5kW
DZB312 series inverters, each independently driving one CATEK
CNC self-developed 5.5kW high-speed water-cooled spindle.
Designed specifically for CNC router applications, the DZB312
features sinusoidal PWM control and built-in CNC router macros
to simplify installation, parameter setup, and commissioning.
The 7.5kW rating provides additional power capacity to
accommodate changing machining loads, supporting stable and
reliable spindle operation.
Powered by a high-performance 32-bit microprocessor and
optimized control algorithms, the inverters support automatic
torque boost and slip compensation for responsive power delivery
under varying loads. Eight-speed operation allows flexible speed
selection according to material, tooling, and machining
requirements, including wood, MDF, acrylic, and PVC.
The independent cooling air duct design helps reduce the impact
of dust on the cooling system, making the inverters suitable for
extended operation in woodworking environments. Built-in
overvoltage, overcurrent, and other protection functions enhance
electrical safety. With independent speed control for both
spindles, the dual-inverter system delivers stable power for
high-speed machining and continuous dual-spindle production at
up to 24,000 rpm.
Control Cabinet Interlock and
Short-Circuit Protection Switch
The control cabinet features an integrated safety interlock
switch that establishes a physical linkage between the cabinet
door and the machine power supply. The moment the electrical
cabinet door is opened, the machine circuit is automatically
disconnected; power can only be restored and the equipment
restarted after the door is fully closed and the interlock
switch is reset.
By strictly enforcing standardized power-down and
power-restoration protocols, this interlock switch ensures that
operators never work on live components during installation,
inspection, or routine maintenance. This drastically enhances
overall operational and maintenance safety.
The interlock switch is directly coupled to the circuit breaker
inside the cabinet. This breaker is engineered with multiple
built-in safety protection features that instantly trip and
isolate power in the event of an electrical short circuit or
other faults, effectively safeguarding both the internal
electrical components and the operator.
Schneider High-Quality Power
Switches
The Spire CNC Router uses
high-quality Schneider electrical switches, along with voltage
and current meters to display real-time power and operating
status. This allows operators to easily monitor electrical
conditions, identify abnormalities quickly, and ensure stable
machine operation.
The panel is equipped with a Schneider main power switch and an
independent emergency stop button. The clear layout enables
quick power control and emergency shutdown when needed,
improving operational safety and reducing the risk of unexpected
conditions.
The control panel also includes dedicated buttons for dual
positioning cylinders, vacuum pump, and dust collector control.
With clearly separated functions, operators can easily manage
sheet positioning, vacuum hold-down, and dust collection during
processing, simplifying operation and improving workflow
efficiency.
Schneider Electrical System
The entire machine adopts high-quality Schneider electrical
components to build a safe, reliable, and stable industrial
control system. Key components include Schneider circuit
breakers, contactors, relay modules, surge protectors,
phase-sequence protectors, thermal overload protectors, and 24V
power supplies, creating multi-level protection from power input
and machine control to fault prevention, improving system
stability and service life.
Schneider circuit breakers and thermal overload protectors
provide protection against abnormal current and overload
conditions, reducing the risk of electrical damage. The
phase-sequence protector monitors power status to prevent faults
caused by incorrect phase connection, while the surge protector
suppresses sudden voltage fluctuations to provide a stable power
environment for the control system, servo drives, and other
precision electrical components.
The system also features Schneider safety interlock switches for
enhanced maintenance protection. When the control cabinet door
is opened, the interlock system disconnects the internal power
supply to prevent live operation. The machine can only be
restarted after the cabinet door is fully closed and the
interlock is restored, providing dual protection through
mechanical and electrical safety control.
Water Chiller and Air Supply
Connections
The rear of the machine features dedicated connections for the
water chiller power supply, water inlet and outlet, and main air
supply, providing convenient access for electrical, water, and
pneumatic connections.
Clearly separated water inlet and outlet ports simplify hose
identification and connection, making installation and
commissioning easier.
All connections are centrally arranged at the rear for
convenient access, cable management, inspection, and
maintenance, ensuring a practical and organized setup.
High-Reliability Aviation
Plugs
The machine body connects to the control cabinet via industrial
aviation connectors. Boasting an IP65 protection rating, these
connectors ensure that the interior of the control cabinet
remains perfectly clean and dry even in harsh shop floor
environments, effectively eliminating the risk of short circuits
or signal interference caused by environmental exposure.
Engineered to withstand the continuous vibration and repetitive
impacts of CNC machining, the connectors feature a rugged
housing and a precision-engineered contact design. This
guarantees exceptional electrical conductivity and stable data
transmission under high-intensity operating conditions,
completely preventing loose pins or intermittent connectivity
issues caused by long-term structural vibration.
The convenient "quick-connect & disconnect" design significantly
accelerates installation, commissioning, and teardown
efficiency. It greatly simplifies the operator's workflow during
machine relocation, shop reconfiguration, or routine preventive
maintenance.
Fully Enclosed Heavy-Duty
Cable Carrier System
The X, Y, and Z axes are equipped with fully enclosed,
high-strength cable carriers designed for the
dual-independent-head configuration. Made from durable nylon,
they offer excellent wear resistance, impact resistance, and
flexibility, protecting power, signal, and control cables during
continuous high-speed movement while preventing excessive
pulling, friction, and bending.
The fully enclosed design helps keep wood chips, dust, and other
debris away from internal cables, reducing contamination and
wear in demanding woodworking environments. Each independent
machining head has its own dedicated cable protection system,
ensuring reliable protection for both motion systems and
maintaining organized, dependable cable routing.
Internal cables are arranged systematically to minimize
tangling, compression, and interference during movement. The
organized layout also simplifies inspection, troubleshooting,
and cable replacement without extensive machine disassembly.
Combining high-strength nylon construction, enclosed protection,
and orderly cable management, the system enhances operational
reliability and simplifies long-term maintenance.
Independent Electrical
Terminal Blocks
The electrical control system features dedicated terminal blocks
for the main power supply, vacuum pump, dust collector, and
other major electrical components. Separate wiring circuits help
reduce electrical interference between equipment operating
simultaneously, improving power distribution clarity and system
stability. This circuit separation also limits the impact of
individual wiring faults on other systems, enhancing overall
electrical reliability.
Each functional module has a clearly defined wiring layout with
identifiable terminals, simplifying installation, inspection,
and maintenance. Technicians can quickly locate the relevant
circuits and terminals for troubleshooting without checking the
entire electrical system. Dedicated wiring for high-power
equipment, such as the vacuum pump and dust collector, also
helps minimize mutual interference during startup, shutdown, and
operation, providing a more stable operating environment for the
spindle, servo drives, and control system.
Through separate power distribution, independent wiring, and
modular management, Spire effectively isolates major functional
systems. When an auxiliary component requires servicing,
maintenance can be carried out more efficiently with minimal
disruption to other systems. This organized electrical layout
keeps the control cabinet neat while supporting long-term
operational reliability and convenient maintenance.
Hassle-Free Tool Setting, Achieving a Leap in CNC Router Machining Efficiency and
Precision!
High-Precision Contact-Type Automatic Tool Setter
The machine is equipped with two high-precision contact-type automatic
tool setters, one for each spindle, enabling independent measurement of
tool length and automatic calibration of the Z-axis reference. Each tool
setter features a copper housing with excellent electrical conductivity
and reliable contact detection. With tool-setting accuracy of ≤0.001 mm,
it provides a precise and consistent Z-axis reference for tool changes
and high-precision machining.
Before machining, the operator simply positions the corresponding tool
setter beneath the tool and starts the automatic tool-setting program.
The system moves the Z-axis downward until the tool contacts the setter,
instantly detects the contact signal, and automatically retracts the
Z-axis while recording tool height and calibrating the reference. This
process eliminates repeated manual measurements, simplifies operation,
and reduces errors caused by manual tool-length measurement.
With a dedicated tool setter for each spindle, both machining heads can
be calibrated independently to maintain consistent Z-axis references
when machining identical workpieces simultaneously. Automatic
measurement and calibration help minimize height discrepancies after
tool changes or reinstallation, improving machining-depth consistency
and surface quality—especially in continuous, high-volume production.
User-Friendly Loading and Unloading System—Making
Machining So Convenient.
Vacuum Worktable
Vacuum Zone Control Switches
4+2+4 Positioning Cylinders
Auxiliary Loading Rollers
The machine features a vacuum table with 6 independently controlled
zones and 20 evenly distributed vacuum ports. Operators can activate
the appropriate zones according to workpiece size, shape, and
machining area, ensuring targeted vacuum hold-down while reducing
unnecessary vacuum usage. This flexible zoning design accommodates
large panels and batch processing of workpieces in different sizes.
The tabletop is made from a single, high-hardness, wear-resistant
PVC sheet with no joints or seams, eliminating unevenness and gaps
associated with multi-piece construction. The entire surface is
precision-milled in one pass by the machine spindle, delivering
excellent flatness and a smooth, uniform support surface. This
improves workpiece contact with the table and helps maintain
consistent vacuum holding performance.
High-hardness PVC offers excellent wear, water, and corrosion
resistance, making the table suitable for processing wood, MDF,
acrylic, PVC, and other materials. Its seamless construction also
minimizes the accumulation of dust, chips, and moisture in joints,
simplifying routine cleaning and maintenance. Combined with the
6-zone, 20-port layout, the table provides flexible, reliable
hold-down for a wide range of panel sizes and supports efficient,
continuous production.
The right side of the machine features six independent vacuum zone
control switches, each paired with a dedicated solid brass ball
valve. Operators can open or close each zone according to panel size
and machining area, allowing flexible vacuum control. The brass
valves offer reliable sealing, corrosion resistance, and mechanical
strength, helping minimize vacuum leakage and maintain consistent
performance during frequent operation.
Independent zone control allows operators to combine vacuum areas
according to workpiece dimensions, reducing unnecessary vacuum loss
from unused zones. Combined with the 6-zone, 20-port vacuum table,
the system enables quick adjustments for different panel sizes and
quantities, providing effective, stable hold-down throughout
machining.
Each valve assembly is equipped with a vacuum pressure gauge,
alongside a clearly labeled vacuum zone layout diagram. Operators
can easily identify each zone and monitor vacuum pressure in real
time, allowing timely adjustments when pressure conditions change.
This combination of independent zone control, real-time pressure
monitoring, and clear zone identification makes the vacuum system
more intuitive to operate and easier to maintain.
The vacuum table is equipped with a 4+2+4 pneumatic positioning
system featuring a practical multi-point layout. Four positioning
cylinders are installed at the far left and another four in the
middle of the table along the Y-axis, while two additional cylinders
are positioned along the X-axis. This arrangement provides
consistent positioning references and enables two panels to be
aligned quickly in one setup. The flexible layout accommodates
different panel sizes and is ideal for simultaneous two-panel
machining and batch production.
The positioning cylinders operate through vertical lifting,
establishing a consistent reference point once the panels are
loaded. This reduces setup errors caused by manual measuring,
marking, and repeated adjustments. Combined with the 6-zone, 20-port
vacuum table, the system enables a two-step workholding process:
pneumatic positioning for quick alignment, followed by vacuum
suction for secure clamping. This improves loading efficiency and
machining consistency.
Dedicated control buttons are conveniently located beneath the
electrical cabinet, allowing operators to raise or lower the
positioning cylinders with a simple press, without navigating
complex menus. The responsive, easy-to-use controls streamline
positioning and release according to machining requirements. With
its 4+2+4 multi-point layout, the system supports both single-panel
and dual-panel processing, enabling efficient, repeatable workpiece
positioning for large panels and high-volume production.
The rear of the machine bed is equipped with 24 auxiliary loading
rollers arranged in 3 rows and 8 columns, providing evenly
distributed, continuous support for large panels. Made from
high-strength, durable nylon, the rollers offer excellent
load-bearing capacity, wear resistance, and impact resistance. Their
multi-point support reduces friction between the panels and machine
bed, allowing large workpieces to move more easily and smoothly.
The roller surfaces are smoothly finished to ensure gentle,
consistent movement while minimizing scratches, abrasion, and
surface damage. This is particularly beneficial when handling panels
with high appearance-quality requirements. Working in conjunction
with the machine table and positioning system, the rollers help
guide panels smoothly from the rear of the machine into the
machining area, reducing the risk of bumps and accidental damage
during loading.
With the assistance of the 24 rollers, a single operator can load
and push large panels into position without requiring multiple
people to handle the material. For panels measuring up to 1500 ×
3000 mm, this design reduces manual handling effort, improves
loading efficiency, and helps shorten production cycle times.
Cooling, Dust Collection, Vacuum, All Top-of-the-line Components
The machine comes standard with a 7.5kW cyclone dust collector driven by
a three-phase asynchronous motor, delivering an airflow capacity of up
to 10,000 m³/h. It provides powerful, continuous dust extraction for
high-speed dual-spindle machining, efficiently handling the wood chips,
dust, and fine particles generated during woodworking. Its multi-stage
filtration system combines cyclone separation with high-precision filter
cartridges. Large particles and approximately 99% of the main dust load
are separated in the cyclone chamber and collected in the dust bin,
while finer particles undergo secondary filtration.
High-quality polyester filter media provides filtration efficiency of up
to 99.9%, capturing fine airborne dust generated during machining.
Compared with conventional bag-style collectors, the multi-stage design
separates coarse and fine particles, reducing the load on the filter
cartridges while improving dust collection performance and extending
filter service life. The automatic pulse-cleaning system allows cleaning
intervals to be configured according to operating requirements. Pulsed
airflow rapidly removes accumulated dust from the filter surfaces,
reducing manual cleaning frequency and helping maintain consistent
filtration performance.
A large 250L dust collection bin accommodates substantial volumes of
wood chips and dust, reducing emptying frequency and supporting longer
continuous machining cycles. The visible filter arrangement allows
operators to monitor filter and dust accumulation conditions for timely
maintenance. Equipped with mobile casters, the collector can also be
repositioned easily to suit different workshop layouts, providing
greater flexibility in daily operation.
The machine is equipped with a 7.5kW variable-frequency vacuum pump
featuring an oil-free, water-free design, eliminating oil-related
maintenance and contamination associated with conventional
oil-lubricated pumps. Variable-frequency control automatically adjusts
operation according to vacuum demand, maintaining stable suction
pressure while reducing unnecessary energy consumption. With a constant
vacuum pressure of −50 kPa and a maximum airflow of 520 m³/h, the pump
provides continuous, powerful suction for the 6-zone, 20-port vacuum
table, securely holding panels of different sizes during machining.li>
High-temperature-resistant bearings are designed to withstand the heat
and mechanical loads associated with extended operation, supporting
reliable performance in demanding production environments. The oil-free,
water-free design reduces routine maintenance requirements and helps
keep the workshop cleaner. Combined with variable-frequency
constant-pressure control, the pump adjusts its operating output to
match actual demand, balancing workpiece-holding stability with energy
efficiency.
A dedicated intake filter cartridge is installed at the vacuum line
inlet to capture wood chips, dust, and other contaminants before they
enter the pump. This helps prevent internal wear and blockages,
extending the service life of the pump and its sealing components. The
filter assembly is also easy to inspect and clean. With high airflow,
constant-pressure output, variable-frequency control, and effective
intake filtration, the system delivers reliable, long-lasting vacuum
power for Spire machining operations.
Variable Frequency
-50KPa
520m³/h
S&A CW5200 Industrial Water Chiller
The spindle cooling system features an S&A CW5200 industrial water
chiller, designed to provide continuous, stable cooling for both 5.5kW
water-cooled spindles. Circulating coolant efficiently removes heat
generated during high-speed operation, helping maintain stable spindle
temperatures and reduce the risk of thermal drift, machining accuracy
loss, and bearing wear during extended operation.
The CW5200 supports both constant-temperature and intelligent
temperature-control modes, allowing cooling performance to be adjusted
to different machining conditions. A clear display panel and water-level
viewing window provide convenient monitoring of coolant temperature,
water level, and operating status, simplifying routine inspection and
maintenance. Stable coolant circulation and intelligent temperature
control help maintain consistent thermal performance across both
spindles during continuous machining.
Built-in flow monitoring and over-temperature alarms provide multiple
layers of protection. If issues such as blocked water lines, abnormal
coolant flow, or low water levels occur, the system can alert operators
so corrective action can be taken promptly, helping prevent spindle
overheating caused by insufficient cooling. Working in conjunction with
the dual 5.5kW water-cooled spindles, the CW5200 provides dependable
heat dissipation to support Spire in demanding, extended production
operations.
1430W
5°C to 35°C
±0.3°C
Programmable Auto Lubrication: Set It and Forget It
1.5L Large-Capacity Automatic Lubrication System
The transmission system is equipped with a 1.5L large-capacity
automatic oil reservoir, providing continuous lubrication for the
linear guides, racks, and other critical moving components. The
reservoir is made from high-strength, wear-resistant,
flame-retardant material for durability in demanding industrial
environments. The oil inlet fittings are made of solid copper,
offering excellent wear resistance, corrosion resistance, and
sealing performance for reliable lubricant delivery.
An integrated pressure monitoring system with a visible pressure
gauge allows operators to check lubrication pressure in real time.
Lubrication duration and intervals can be customized to suit actual
machining requirements, enabling timed, metered automatic oil
delivery. This reduces manual maintenance while helping prevent
premature wear of the guides, racks, and other transmission
components caused by insufficient lubrication.
A built-in float sensor monitors oil levels and automatically
triggers an alarm when the lubricant runs low, prompting timely
replenishment and helping prevent operation without adequate
lubrication. By combining automatic lubrication, pressure
monitoring, and low-oil alarms, the system maintains proper
lubrication of Spire’s transmission components, supporting
high-speed movement, heavy-duty machining, and extended continuous
operation.
Oil Drip Tray for Z-Axis
A dedicated oil collection tray is installed beneath each Z-axis,
with one tray for each of the two independent Z-axis drive systems.
The trays collect excess lubricant from the linear guides, ball
screws, and other moving components, preventing oil from dripping
onto the worktable or workpiece surface. This helps minimize oil
contamination, rework, and material waste, especially when machining
products that require clean, high-quality surfaces.
The trays collect excess lubricant in one place, keeping the machine
and work area cleaner while reducing lubricant waste. They also
allow operators to monitor oil accumulation more easily during
routine inspections and perform timely cleaning and maintenance,
helping maintain organized lubrication management and reduce
long-term maintenance costs.
Both trays feature a simple mounting structure secured by just two
screws on each side, allowing quick removal and reinstallation.
Operators can easily remove the trays for cleaning without
complicated tools, making routine maintenance faster and more
convenient while improving the machine’s overall practicality.
Behind Your Spire, Backed by Our Total Dedication
Spire Series Exclusive Machine ID & Service
Every Spire CNC Router features a
dedicated nameplate and unique serial number on the rear, serving as its
individual identification. The serial number links to the machine’s
production information and after-sales service records, enabling warranty
verification and technical support. Spire provides an extended 5-year
warranty, offering substantially longer coverage than the one-year warranty
commonly found in the industry.
The Spire Series also provides a
dedicated after-sales service team with one-on-one technical support for
machine operation, machining applications, and troubleshooting. 24/7 online
support helps operators resolve technical issues promptly and minimize
production interruptions. Beyond warranty coverage, customers receive
lifetime maintenance support, free programming services, and free control
system software upgrades, helping reduce long-term maintenance and upgrade
costs.
A dedicated maintenance guide and safety operation instructions are also
provided on the rear of the machine, clearly outlining routine maintenance
intervals, service items, and operating precautions. By combining a 5-year
warranty, 24/7 technical support, lifetime maintenance assistance, and
standardized maintenance guidance, Spire delivers ongoing support throughout
the machine’s service life.
Spire Series Complete Documentation Kit
Every Spire CNC Router is supplied with
a complete set of standardized technical documents before shipment,
including a factory certificate of conformity, warranty card, warranty
terms, quick start guide, and comprehensive user manual. These documents
accompany the machine from delivery and acceptance through installation and
production, providing essential operational and after-sales information. All
documentation corresponds to the machine’s details and is clearly organized
for easy reference.
The quick start guide focuses on everyday operation, covering the machine
accessory checklist, vacuum pump and dust collector connections, startup
procedures, and basic operating instructions. It also includes common
troubleshooting steps, routine maintenance procedures, and essential care
instructions. This allows operators to learn the fundamentals quickly,
reduces the learning curve, and helps bring the machine into production more
efficiently.
The comprehensive user manual provides more detailed technical information,
including machine components and accessory lists, illustrated installation
instructions, complete operating procedures, detailed controls, electrical
schematics, pneumatic diagrams, and troubleshooting guidance. With clear
illustrations and step-by-step explanations, it simplifies complex
installation and operating procedures for operators, installation
technicians, and maintenance personnel. This complete documentation package
supports standardized operation, efficient maintenance, and effective
long-term equipment management.
Everything Is Ready — Unbox, and Get Straight to Work
Spire Dedicated Accessory Tool Kit
Every machine comes with a dedicated high-quality accessory tool kit, fully
equipped for installation, commissioning, routine maintenance, and daily
operation. The kit includes ER32 spindle wrenches, a 30mm spindle wrench,
spare relays, spare limit switches, spare air fittings, clamps, and a
complete set of hex keys. These tools and spare parts support spindle tool
installation, machine adjustment, regular maintenance, and replacement of
common wear components. All items are neatly organized for quick access,
reducing downtime caused by searching for tools or purchasing common spare
parts.
The tool kit also includes a dedicated USB drive containing complete
electronic machine documentation, including operation videos, detailed user
manuals, machine test files, and control system backup files. Operation
videos help users quickly understand basic machine procedures, while digital
manuals provide convenient access to machine configurations, settings, and
maintenance information. Test files support commissioning, function checks,
and pre-production verification, while system backups provide data support
for future maintenance, parameter recovery, and troubleshooting. Combined
with the included paper documents, the electronic resources provide
comprehensive technical support throughout installation, commissioning, and
long-term operation.
In addition to maintenance tools and spare parts, each machine is supplied
with two sets of ER32 collet kits (18-piece and 35-piece) and a professional
35-piece cutting tool set. The cutter set includes ball nose cutters,
milling cutters, cutting tools, and other commonly used tools for various
materials and applications. It supports flat engraving, 3D relief carving,
slotting, contour milling, cutting, and forming processes. The combination
of ER32 collets and versatile tooling allows users to quickly configure the
machine for different machining requirements, reducing preparation time and
enabling efficient production immediately after installation.
Toolbox First LayerToolbox Second
LayerMachining Tool Collet
SetMachining Tool Set
Applicable Industries
Whether it is furniture such as wardrobes, cabinets, and wooden doors, or acrylic signage,
wood carvings, or wooden handicrafts, The Spire can
handle it all with ease.
Easily explore helpful answers to the questions our users ask
most,so
you can understand the Spire better
and get support instantly.
Contact Us Now!
+86 135 8313 8886
1. Compared with a single-spindle CNC router, how much efficiency improvement does the CK-1530-WSP-2 offer? What applications is it suitable for?
Equipped with two CATEKCNC 5.5kW high-speed water-cooled spindles, the dual-spindle CNC router can machine two identical workpieces simultaneously, increasing batch production efficiency by over 50% compared with single-spindle models. It is ideal for wood doors, cabinet panels, furniture components, wood crafts, advertising signs, and other standardized products.
2. Will dual spindles cause inconsistent machining accuracy? How is consistency ensured?
No. Each spindle features independent drive and calibration systems, with two high-precision automatic tool setters achieving ≤0.001mm accuracy. Combined with a rigid gantry structure and synchronized servo control, the machine ensures consistent machining depth, dimensions, and surface quality between two workpieces.
3. When is a dual-spindle CNC router the best choice?
A dual-spindle router is ideal for high-volume, standardized, and repetitive production. It allows two identical products to be machined in one setup, increasing output and reducing delivery time. It is especially suitable for factories producing wood doors, cabinet panels, furniture parts, crafts, and advertising products.
4. Can one spindle be turned off while using the dual-spindle CNC router?
Yes. The two CATEKCNC 5.5kW water-cooled spindles are independently controlled and can operate together or separately. Users can switch to single-spindle mode for individual products, special processes, or different workpiece sizes.
5. Can a dual-spindle CNC router only process two identical products?
The main advantage of the dual-independent-spindle design is the ability to machine two identical workpieces simultaneously, significantly improving batch production efficiency. The two spindles can also be operated individually when needed, allowing the machine to process a single workpiece for different machining requirements. It delivers higher productivity for standardized products while maintaining flexibility for customized orders.
6. What materials can a dual-spindle CNC router process?
It can process wood, solid wood panels, MDF, plywood, PVC, acrylic, foam board, and more. It supports cutting, engraving, slotting, drilling, 3D relief carving, and other machining applications.
Last Updated:
2026-10-12 20:32:56
Technical Parameters
Series
CATEK ·Spire
Model
CK-1530-WSP-2
XYZ Working Travel
1500*3000*200mm
Bed
Spire-specific machining center processed reinforced bed base, independent anti-interference
control cabinet
We use cookies to personalise content and ads, to provide social media features and to analyse our
traffic. We also share information about your use of our site with our social media, advertising and
analytics partners who may combine it with other information that you’ve provided to them or that
they’ve collected from your use of their services.
You may modify your privacy preferences at any time by accessing the "Your Privacy Choices" link
located at the bottom of the page.
