What is a fully automatic multi-function CNC turning and milling wood lathe?

A multi-function CNC turning and milling wood lathe is an integrated multi-process CNC machining system. Compared with a conventional single-function CNC wood lathe, its key feature is the integration of multiple machining processes—such as turning, milling, planing, slotting, engraving, drilling, and sanding—into a single machine platform, enabling continuous multi-operation machining in one setup. Traditional single-function CNC wood lathes are limited to basic rotational turning operations. In multi-process manufacturing scenarios, multiple machines are often required to complete different operations sequentially. In contrast, a turning-and-milling composite machine integrates both lathe-style rotary machining and multi-axis milling/engraving capabilities, allowing the workpiece to complete roughing, turning, profiling, slotting, drilling, 3D carving, and surface finishing in a single clamping process. By reducing the number of setups and eliminating errors caused by repeated repositioning, this type of equipment significantly improves machining efficiency and dimensional consistency. It has become a mainstream industrial solution for high-end irregular wooden products, complex curved components, and multi-process composite parts in batch production.

Does a multi-function CNC wood lathe support 4-axis linkage?

Yes. A multi-function 4-axis CNC wood lathe supports standard XYZ + A four-axis simultaneous control. The A-axis (the driven spindle) serves as the fourth motion axis and participates in coordinated multi-axis movement. High-precision synchronization is achieved through a LNC CNC control system combined with a CATEKCNC bus-based servo system. In 4-axis linkage mode, the X, Y, Z linear axes and the A rotary axis can perform fully synchronized interpolation motion. This not only supports conventional rotary turning operations, but also enables advanced processes such as multi-angle 3D milling, complex surface carving, irregular twisted shapes, and spatial contour machining. Compared with standard 3-axis CNC wood lathes, 4-axis linkage significantly increases machining freedom and toolpath flexibility. It greatly enhances the machine’s capability in processing highly complex geometries and irregular wooden components, making it more suitable for high-end, multi-surface, and precision woodworking applications.

When should you choose a multi-function ATC CNC wood lathe?

A multi-function ATC CNC wood lathe is a turning-and-milling composite machining center designed for complex woodworking applications. It is suitable for production scenarios that involve multiple product types, multiple processes, batch manufacturing, and high automation requirements. This type of machine is ideal when production is not limited to basic rotary turning parts, but also includes furniture components, artistic shapes, and complex curved or sculpted parts, and when there is a need to complete multiple machining processes on a single machine to reduce equipment investment and labor dependency. It is especially suitable for small-to-medium batch production environments where product variety is high and design changes are frequent, such as furniture manufacturing, stair component production, woodworking crafts, and customized fabrication. With its multi-process automation capability, it enables fast switching between different product types while maintaining machining consistency, significantly reducing changeover time and overall labor costs.

Will a multi-function CNC wood lathe produce chatter marks when turning long, slender workpieces?

Under normal machining conditions, a multi-function CNC wood lathe is designed to effectively suppress vibration and chatter when machining long, slender workpieces. Through the combination of a high-rigidity machine structure and an auxiliary support system, it delivers stable surface quality and consistent machining performance. Its vibration resistance is primarily achieved through the following features: 1. High-Rigidity Machine Bed The machine is built on a heavy-duty cast iron bed, providing excellent structural rigidity and vibration-damping characteristics. During machining, the rigid structure effectively absorbs and dissipates cutting vibrations, reducing the likelihood of chatter. 2. Dynamic Steady Rest Support System The machine is equipped with a steady rest that moves synchronously with the cutting tool during machining. This provides continuous support for long, slender workpieces, minimizing deflection and vibration caused by centrifugal forces and cutting loads. 3. High-Precision Drive and Servo Control System The machine features a servo-driven, high-precision feed system that delivers smooth and continuous axis movement. Combined with the spindle's variable-speed control, it reduces cutting impact loads, resulting in improved machining stability, dimensional consistency, and surface finish. Compared with conventional wood lathes, a multi-function CNC wood lathe provides superior straightness, more uniform surface quality, and greater machining consistency when producing long, slender components such as stair balusters, bed posts, furniture legs, and other elongated turned parts, helping to improve overall product quality and production yield.

Is the automatic loading and unloading function of a fully automatic CNC wood lathe easy to use?

Yes. A fully automatic CNC wood lathe is equipped with a complete automatic loading and unloading system that uses a heavy-duty four-link pneumatic mechanism. It enables fully automated operation from loading, clamping, machining, to unloading, with all actions coordinated and controlled by the CNC system. From a practical application perspective, its advantages can be summarized as follows: 1. Continuous Material Feeding Capability The material hopper supports batch loading and can store more than 20 wood blanks (approximately 50 mm in diameter or square section) at one time, enabling continuous automatic feeding. This makes it well-suited for high-volume production environments. 2. Stable Feeding Performance The system uses a combination of pneumatic actuation and a four-link mechanical transmission structure, ensuring highly consistent feeding motion. This effectively reduces issues such as material jamming, misalignment, or positioning deviation. 3. High Level of Automation Integration Loading and unloading operations are fully synchronized with machining processes under unified CNC control. This enables long-duration unattended operation, significantly reducing manual intervention and making it ideal for standardized batch production. It should be noted that the system requires a certain level of consistency in raw material dimensions. If the wood blanks have significant size variations or irregular surfaces, pre-processing is recommended to ensure stable feeding and reliable clamping. Overall, the system is a mature industrial automation solution, widely suitable for continuous production of standardized turned components such as table legs, stair balusters, and sofa legs. It effectively improves productivity while reducing labor costs.

What products can the CK-1530-CSP-ATC multi-function ATC CNC wood lathe process?

The CK-1530-CSP-ATC multi-function automatic tool-changing CNC wood lathe integrates turning, milling, drilling, slotting, engraving, and sanding functions, enabling multi-process composite machining. It is capable of automated processing for a wide range of solid wood turned parts and complex curved components, covering applications from basic structural parts to highly complex artistic products. Furniture manufacturing It is widely used for producing both standard and irregular furniture components, including table legs, chair legs, curved legs, armrests, bed posts, sofa legs, stair balusters, and Roman columns. It is also capable of machining highly decorative and complex profiles such as Queen Anne legs, Chippendale legs, lion-claw legs, and cabriole-style legs. Musical instrument manufacturing The machine is suitable for precision machining of musical instrument components such as guitar necks, violin neck structures, instrument headstocks, as well as wooden wind instrument parts like flutes and bassoons. It meets high requirements for surface continuity and dimensional consistency. Sports equipment and tool handles It can be used to manufacture pool cues, baseball bats, axe handles, hammer handles, and various wooden grips, ensuring consistent dimensions, stable geometry, and improved surface quality. Crafts and sculpture production The system supports complex 3D machining for wooden artworks, animal sculptures, human figures, decorative elements, and abstract artistic forms. With multi-axis linkage capability, it can accurately realize intricate shapes and highly detailed surface features.

MEET CATEKCNC

CATEK · Spire

Name: 1530 Multifunctional ATC CNC Wood Lathe with Enclosure
Brand: CATEKCNC
SKU: CATEKCNC-CK-1530-CSP-ATC
Price: 14800.00 USD
Availability: InStock
Rating: 5.0 (1 reviews)

1530 Multifunctional ATC CNC Wood Lathe with Enclosure

5.0 Rating (0 customer reviews)

· Function Description ·

The Spire Series CNC wood lathe delivers full-process machining—turning, drilling, milling, carving, and sanding—paired with automatic loading/unloading and tool changing for seamless, intelligent production.

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Brand: CATEKCNC
Model: CK-1530-CSP-ATC
Tags: Spire Series, Multi-Function, ATC, Automatic Loading & Unloading
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CATEK · Spire

Leverages Its Versatile Machining Capabilities to Perform Multiple Processes Automatically, Improving Production Efficiency

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The CK-1530-CSP-ATC is a Spire Series multifunctional CNC wood lathe equipped with an Automatic Tool Changer (ATC) system. It integrates a 9kW air-cooled ATC spindle, two automatically switchable turning tools, an independent large planing cutter, and a sanding unit, along with a fully automatic loading and unloading system. This integrated configuration enables multiple machining operations, including turning, milling, drilling, grooving, planing, carving, and sanding, to be completed in a single setup, meeting the demands of high-efficiency production for complex workpieces.

The CNC wood lathe features a fully enclosed structure that completely seals the machining area, effectively containing dust, wood chips, and debris to maintain a cleaner working environment. The enclosed design also minimizes operator exposure to the machining area, enhancing workplace safety. In addition, the fully enclosed housing improves the machine's resistance to dust, moisture, and other demanding operating conditions.

Designed for a wide range of woodworking applications, the Spire Multifunctional CNC Wood Lathe delivers stable, high-precision machining of various rotational workpieces and complex curved profiles. It is ideal for both mass production and customized manufacturing of stair newel posts, furniture components, wooden handicrafts, and decorative wood products. Equipped with a multifunctional machining system and a fully automatic loading and unloading system, the machine completes the entire production process—from raw stock to finished product—in a single clamping operation. This significantly reduces manual intervention and setup time, delivering a comprehensive upgrade in productivity, precision, and automation.

Core Advantages of Spire 1530 ATC CNC Wood Lathe: Four Dimensions to Reshape the Standards of High-Efficiency Production

01.

One Machine,
Multi-Function Machining.

The CK-1530-CSP-ATC All-in-One CNC Wood Lathe integrates an ATC spindle (capable of installing a wide variety of routing tools), two automatically switchable turning tools, an independent planing unit, and a sanding unit. It performs multiple machining operations—including turning, milling, drilling, grooving, planing, carving, and sanding, covering the complete production workflow from rough machining to final finishing. Equipped with an automatic tool changing system and a fully automatic loading and unloading system, the machine enables continuous, automated production, significantly reducing manual intervention while improving machining efficiency and product consistency.

02.

Fully Automated Machining,
Efficient Continuous Production

In addition to its core machining capabilities, the machine is integrated with a fully automatic loading and unloading system, and is equipped with automatic tool change and automatic tool setting functions, enabling a continuous automated production process from loading, clamping, machining, to unloading. When material is insufficient or any abnormal condition occurs during operation, the machine will automatically trigger an alarm. The entire workflow is centrally controlled and executed by the CNC system, enabling fully unattended operation throughout the process. This effectively reduces manual labor intensity while significantly improving production efficiency and overall automation level.

03.

Safe and Reliable,
Delivering Continuous Value.

The CNC wood lathe features a fully enclosed housing that completely seals the machining area, effectively containing wood chips and dust to maintain a clean workshop environment. This enclosed design not only enhances workplace safety and cleanliness but also minimizes the impact of external factors on machine operation and machining accuracy, ensuring greater process stability. In addition, the machine's electrical system is designed in strict accordance with industrial-grade standards, meeting the demanding requirements of industrial production for safety, reliability, and long-term operational stability. This robust electrical design provides dependable support for continuous, efficient, and stable machine performance.

04.

High-End Customization,
Meet Any Requirement.

The Spire Series CNC woodworking lathe offers a high level of customization and provides free consultation services based on customer requirements to meet diverse demands in production capacity, machining accuracy, and process complexity. Customization options include machine appearance, machining dimensions, functional module integration, and key component brand configurations. Through scientifically sound and rational customization solutions, each Spire machine is optimized to best fit actual production requirements, thereby delivering more targeted solutions and higher overall production efficiency.

Choosing the
Spire 1530 ATC CNC Wood Lathe
means choosing

More powerful multi-function machining capabilities

Integrating turning, milling, drilling, grooving, planing, carving, and sanding into a single machine, it completes multiple machining operations in one setup, providing the flexibility to meet a wide range of production requirements.

Higher-efficiency automated mass production

Equipped with a fully automatic loading and unloading system, automatic tool changing, and automatic tool setting, the machine enables a fully automated, continuous production process—from automatic material loading to finished product unloading. This significantly increases productivity while reducing labor costs.

Safer and more reliable industrial-grade performance

Featuring a fully enclosed structure combined with multiple hardware and software safety measures, the machine enhances operator safety, effectively contains dust and wood chips, maintains a cleaner working environment, and ensures stable, reliable operation over the long term.

More comprehensive lifecycle service and support

Every Spire Series machine is backed by an exclusive five-year warranty and dedicated one-on-one engineering support — from installation and commissioning to operator training and after-sales service. This comprehensive coverage ensures your machine remains efficient and reliable.

Industrial-Grade Base, Building a Stable Foundation for Long Life Operation

Heavy-duty bed of Spire 1530 ATC CNC wood lathe

Heavy-Duty Cast Iron Dual-Row Bed Base

The Spire 1530 ATC CNC Wood Lathe features a one-piece, high-strength gray cast iron bed with a carbon content of approximately 3%, providing exceptional rigidity, load-bearing capacity, and vibration damping performance. This robust construction effectively supports the machine under heavy workloads while enhancing overall operational stability. The bed weighs approximately 1,500kg, with a maximum wall thickness of 30mm, and incorporates reinforced rib structures in critical load-bearing areas for additional strength. After casting, the bed undergoes both vibration stress relief and high-temperature annealing to eliminate residual internal stresses, ensuring long-term structural stability and consistent machining accuracy.
The machine bed adopts a dual-row, four-guideway design, with the Z-axis equipped with two parallel sets of linear guideways. One set is dedicated to the movement of the tailstock, while the other supports the functional machining units. The guideways for the machining units feature a wide-span design, providing higher load capacity, greater torsional rigidity, and improved operational stability. By separating the motion systems, the dual-guideway design effectively minimizes vibration transmission and mechanical interference between moving components, resulting in smoother motion and higher machining precision. In addition, all guideway and rack mounting surfaces are precision-machined in a single setup on a large five-axis machining center, ensuring exceptional installation accuracy and superior structural rigidity.
Both ends of the bed are equipped with four-point adjustable leveling feet, providing stable and reliable support while allowing precise leveling to suit different installation environments. Each leveling foot is fitted with a rubber vibration-isolation pad to effectively absorb operating vibrations, reduce noise, and improve anti-slip performance, ensuring stable and reliable operation over extended periods.

Headstock of Spire 1530 ATC CNC wood lathe

Tailstock of Spire 1530 ATC CNC wood lathe

High-Strength Cast Iron Headstock and Tailstock

Both the headstock and tailstock are manufactured as one-piece castings from high-strength gray cast iron, featuring a uniform material structure that provides exceptional rigidity, vibration damping, and dimensional stability. The structure is specifically optimized for high-speed woodworking, providing a solid foundation for the high-precision machining of workpieces such as stair newels and furniture legs.
After casting, both the headstock and tailstock undergo vibration stress relief and high-temperature annealing to eliminate residual internal stresses. This dual stress-relief process significantly improves structural stability and resistance to deformation, preventing accuracy drift and structural distortion caused by stress release during prolonged operation. As a result, the machine maintains consistent machining accuracy over years of use while extending overall service life and ensuring excellent machining consistency.
Following stress-relief treatment, the headstock and tailstock are precision-machined on a large high-precision machining center, covering the mounting reference surfaces, bearing seats, and spindle through-bore. Accurate machining of the mounting reference surfaces guarantees precise alignment and consistency across all mating interfaces, enhancing assembly accuracy and long-term reliability. Meanwhile, tight control over the spindle through-bore and bearing seats ensures excellent spindle concentricity, proper bearing fit, and stable high-speed rotation—enabling superior machining accuracy and surface finish even under high-speed, heavy-duty cutting conditions.

Headstock Center (Drive Center)

The spindle adopts a three-bearing structure and is driven by a 5.5kW servo motor through a synchronous belt transmission, providing excellent rotational accuracy, operational stability, and vibration resistance. Even under high-speed rotation and heavy-duty cutting conditions, the spindle maintains outstanding concentricity and machining accuracy. The headstock center features a plum-flower-top, which works together with the tailstock center to securely clamp and drive the workpiece, providing stable and reliable support for a wide range of wooden rotational components.
Powered by the servo drive system, the drive spindle supports both continuous high-speed rotation and indexing rotation modes. In continuous rotation mode, the spindle rotates the workpiece at high speed while the turning tool performs conventional wood turning, making it ideal for machining workpieces with rotational profiles such as stair posts, vases, candle holders, table legs, and chair legs. In indexing mode, the spindle precisely positions the workpiece at preset angular intervals, enabling the ATC spindle, planing unit, and other machining modules to perform carving, milling, drilling, grooving, and planing. This makes it highly suitable for producing complex or finely detailed workpieces such as table and chair legs, chair backs, stair balusters, and wooden sculptures.
The headstock center features a threaded mounting design that enables quick and easy replacement for different workholding methods, including between-centers and face-work machining. In its standard configuration, the machine is equipped with a plum-flower-top, with optional three-jaw or four-jaw chucks available for single-end clamping. The plum-flower-top is ideal for machining long rotational parts such as stair posts, table legs, chair legs, trekking poles, and baseball bats. By replacing the drive center with a chuck, the machine can also process face-mounted and irregularly shaped workpieces—including wooden bowls, vases, and pen holders—without tailstock support. This significantly expands the machine's machining versatility and application range.

Pneumatic locking system of Spire 1530 ATC CNC wood lathe

Pneumatic clamping system of Spire 1530 ATC CNC wood lathe

Tailstock Center (Revolving Center)

The tailstock is designed with an MT5 Morse taper, working in conjunction with the headstock center to provide stable clamping for wooden workpieces. It adopts a three-bearing support structure, which significantly enhances rotational stability and clamping uniformity. This design effectively reduces vibration and runout during high-speed machining, ensuring improved machining accuracy and superior surface finish.
The tailstock is equipped with a pneumatic locking device and a pneumatic clamping system. The pneumatic locking device is used to secure the tailstock position before machining. The pneumatic clamping system enables rapid clamping and release of the workpiece through a short-stroke pneumatic action, and supports both manual and automatic control modes. In automatic mode, it can be integrated with the automatic loading and unloading system to achieve fully automated machining. Both systems are controlled via two Schneider switches mounted on the tailstock, each protected with a safety cover to effectively prevent interference from wood dust and chips during operation, as well as to avoid accidental activation.
Before machining begins, the tailstock must be manually locked according to the workpiece length. The automated machining cycle then proceeds as follows: after loading, the pneumatic clamping cylinder is automatically actuated via a solenoid valve, securely supporting the workpiece into position for stable fixation. Once machining is completed, the pneumatic clamping system releases the workpiece, preparing the machine for the next cycle. This workflow enhances overall automation, improves operational stability, and meets the requirements of continuous mass production.

Steady rest of Spire 1530 ATC CNC wood lathe

Bearings for steady rest of Spire 1530 ATC CNC wood lathe

Cylinder for steady rest of Spire 1530 ATC CNC wood lathe

Steady Rest Support System

The steady rest is used to provide auxiliary support for the workpiece during machining operations. It is particularly effective for machining slender workpieces, where it delivers dynamic support throughout the process, continuously counteracting vibration and deflection caused by cutting forces and centrifugal force. This significantly reduces chatter and vibration marks, improving surface finish and profile consistency. It is especially suitable for machining stair posts, long furniture legs, decorative columns, bed posts, and other elongated rotational components, ensuring high stability and superior surface quality even under demanding long-part machining conditions.
The center of the steady rest is equipped with a large-bore bearing system, available in multiple sizes to accommodate different workpiece diameters. The workpiece passes through the bearing opening and is securely supported while rotating. The internal structure contains multiple rolling elements that rotate synchronously with the workpiece at high speed. This design provides stable support without affecting workpiece rotation and prevents surface damage caused by relative friction or asynchronous movement.
The movement of the steady rest is achieved through a pneumatic pop-up pin mechanism mounted on the tool carriage. This pin can be controlled by the system to extend or retract as needed. When extended, it engages with a locating hole on the lower part of the steady rest, mechanically linking the tool carriage and the steady rest. This design offers high flexibility: the steady rest can either move synchronously with the cutting tools to provide continuous dynamic support throughout machining, or be fixed at a specific position to provide localized support when required.

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Integrated Machining, Turning Planing Milling Sanding in One

Function area overview of Spire 1530 ATC CNC wood lathe

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Dual Turning Tool Station

Pneumatic Switching

Max. Shank 25 × 25 mm

Dual Turning Tool Station

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HQD 9kW Automatic Tool Changer Spindle

9kW

ATC

Air-Cooled

Max. Speed 24000 RPM

ISO 30

HQD 9kW Automatic Tool Changer Spindle

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Large-Size Planing Unit

5.5kW

Dim: 90×230mm (D×H)

Max. Speed 6000 RPM

60 Replaceable Blades

Large-Size Planing Unit

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Automatic Sanding Unit

1100W

Dim: 230×50mm (D×W)

Max. Speed 6000 RPM

Abrasive Belt with Sisal

Automatic Sanding Unit