CNC Lathe
Basic Parameters
Standard Configuration Select Configuration
Technical Parameters
FCK40
Unit
Specification
Maximum spindle diameter on bed
mm
Φ450
Maximum cutting diameter of bar material
mm
Φ120
Maximum cutting length
mm
325
X-axis travel
mm
900
Z-axis travel
mm
325
X-axis moving speed
mm/min
20000
Z-axis moving speed
mm/min
20000
Handwheel
mm
0.001/0.01/0.1
X, Z feed speed
mm/min
0~5000
X, Z manual feed speed
mm/min
0~1260
X-axis repeat positioning accuracy
mm
0.005
X-axis positioning accuracy
mm
0.01
Z-axis repeat positioning accuracy
mm
0.006
Z-axis positioning accuracy
mm
0.015
Spindle speed
rpm
35-3000
Maximum spindle torque
N.m
35
Spindle nose
-
A2-5 (optional A2-6)
Spindle through hole diameter
mm
Φ52
Hollow hydraulic chuck through hole diameter
mm
Φ40
Chuck
-
6” (optional 8”)
Number of tool holders
-
3-tool turret
Tool change time
s
0.25
Tool installation dimensions
mm
20×20
Boring tool holder installation diameter
mm
Φ25
Main motor power
kw
5.5
Main motor torque
N.m
35
X-axis feed motor power
kw
1.5
X-axis feed motor torque
N.m
7.5
Z-axis feed motor power
kw
1.5
Z-axis feed motor torque
N.m
5
Machine dimensions length*width*height
mm
2250*1850*2000
Weight approximately
kg
1600
Standard Configuration The three-jaw self-centering chuck is one of the most commonly used clamping devices on CNC lathes, featuring fast clamping speed, high positioning accuracy, and easy operation. The three jaws can automatically center synchronously, enabling quick clamping of round, hexagonal, and other workpieces, reducing clamping time and improving processing efficiency. Its clamping force is stable and uniform, effectively ensuring the stability of the workpiece during high-speed rotation and heavy cutting, enhancing machining accuracy and surface quality. With a sturdy and durable structure and simple maintenance, it is suitable for processing various parts such as shafts, discs, and sleeves. Widely used in machinery manufacturing, automotive parts, mold processing, and hardware industries, it is an ideal clamping solution that balances efficiency, precision, and reliability. The tool turret is a common tool layout method for slant bed CNC lathes, featuring a compact structure, fast tool change speed, and high processing efficiency. It is especially suitable for small precision parts and batch production. The tools are arranged in a straight line, effectively shortening tool change time, improving processing rhythm, and reducing auxiliary processing time. Due to its simple overall structure and good rigidity, the tool turret can maintain stable cutting performance during high-speed machining, ensuring high processing accuracy and surface quality. At the same time, the tool turret is easy to maintain and has a low failure rate. When combined with an automatic feeder, it can achieve continuous automated processing, making it an ideal choice for high-efficiency and high-precision production. The hydraulic tailstock uses a hydraulic drive method, enabling quick clamping, releasing, and position adjustment. Compared to manual tailstock operation, it saves time and effort, significantly improving processing efficiency. The hydraulic system provides stable and uniform clamping force, effectively supporting long shaft workpieces, reducing errors caused by vibration or deformation during processing, and enhancing machining accuracy and surface quality. It is simple to operate and accurately positions, and can be integrated with CNC systems for automated processing, reducing manual intervention. It is especially suitable for batch production and continuous processing. The hydraulic tailstock is widely used in the machining of shafts, pipes, and heavy parts. The GSK control system is known for its stability, reliability, ease of operation, and cost-effectiveness, and is widely used in CNC lathes, vertical machining centers, and other CNC equipment. The system features high-speed computing capabilities and precise interpolation control, enabling high-precision and high-efficiency machining, ensuring consistent workpiece dimensions and surface quality. The Chinese operation interface is intuitive and easy to learn, with convenient programming, helping operators quickly get started and reducing training costs. Additionally, the GSK control system offers strong compatibility, stable operation, low failure rates, ample spare parts supply, and comprehensive after-sales service, effectively reducing equipment maintenance costs.
Three-Jaw Chuck
Tool Rack
Hydraulic Tailstock
GSK Control System
You can choose the control system you need according to your production requirements.
You can choose the chuck you need according to your production requirements.
You can choose the tool holder you need according to your production requirements.
Parts
Machinable Parts
Ideal for machining pins, connectors, small shafts, and other components directly from bar stock. When equipped with a Servo Bar Feeder, the CNC lathe can support continuous automatic feeding, making it especially suitable for efficient batch production.
Suitable for machining various disc-shaped components, including round discs, end covers, and wheel-type parts. The CNC lathe can efficiently perform facing, external turning, internal boring, grooving, and other precision operations.
Sleeve parts such as bushings, bearing sleeves, and connecting sleeves can be efficiently machined with a slant bed CNC lathe. Stable cutting performance helps maintain accurate internal and external diameters and consistent surface quality.
The machine is suitable for producing various internal and external threaded components, including threaded shafts, threaded sleeves, and pipe fittings. Precise CNC control ensures consistent thread pitch, profile, and machining accuracy.
Slant bed CNC lathes can efficiently machine flanges and other circular connection components. Operations such as facing, OD turning, internal boring, grooving, and chamfering can be completed with high precision and excellent repeatability.
Slant bed CNC lathes are ideal for machining precision shaft components such as stepped shafts, motor shafts, transmission shafts, and small drive shafts. They provide stable turning accuracy for external diameters, grooves, threads, and other features.
FULU CNC operates a modern manufacturing facility equipped with advanced production equipment, professional assembly lines, and strict quality control systems. Each CNC machine undergoes precision machining, careful assembly, accuracy checks, and comprehensive performance testing before delivery. Our commitment to quality, reliability, and continuous innovation enables us to provide high-performance CNC machine solutions to meet the diverse needs of customers worldwide.
Factory Strength
Slant Bed CNC Lathe Workshop
Professional production and strict quality inspection ensure high precision, stable performance, and reliable machine quality.
Slant Bed CNC Lathe Body
The rigid slant bed structure ensures excellent stability, high machining accuracy, and reliable performance.
Slant Bed CNC Lathe
Aiming to achieve high precision and high efficiency in turning, with excellent rigidity and smooth chip removal.
Argentina customer visit
Our clients from Argentina visited the FULU CNC factory to inspect machine quality, understand our manufacturing process, and discuss future cooperation.
Brazilian customer visit
Our Brazilian clients visited our factory, experienced machine demonstrations, and discussed customized CNC solutions to support future collaboration and business growth.
Mexican customer visit
Our clients from Mexico visited our factory to inspect machine production, assess product quality, and discuss customized CNC solutions for future cooperation.
