J52-600LU Gang Type CNC Lathe Machine for Stable Medium-Length Turning
The J52-600LU gang type CNC lathe machine is designed for manufacturers that need larger swing capacity, longer turning length, and stable rough and finish machining for metal parts. With a maximum swing diameter of Ø600 mm, maximum turning diameter of Ø250 mm, maximum turning length of 560 mm, Ø66 mm spindle bore, and Ø51 mm maximum bar material diameter, this machine is suitable for stainless steel, titanium alloy, carbon steel, mold steel, and other industrial materials.
For B2B buyers, machine rigidity and long-term accuracy are often more important than simple machine size. In real machining environments, weak machine structures may cause vibration, unstable surface finish, machining deviation, and shorter tool life. The J52-600LU solves this problem with a one-piece casting base, slant bed structure, aging treatment process, Taiwan SYNTEC controller, reinforced guide structure, and stable servo feeding system.
As a slant bed CNC lathe, the J52-600LU is suitable for factories that need turning, facing, boring, threading, grooving, and precision metal machining in one machine. It is especially practical for precision parts manufacturers, automotive component suppliers, hardware processing factories, mold component workshops, shaft part suppliers, and CNC turning service providers.
Key Features of the J52-600LU
Ø600 mm Swing Diameter and 560 mm Turning Length
The J52-600LU provides a larger Ø600 mm swing diameter and 560 mm maximum turning length, making it suitable for longer workpieces and medium-size turned parts. Compared with shorter turning models, this machine gives factories more flexibility when processing shafts, sleeves, connectors, tooling parts, and mechanical components.
The wider machining capacity helps manufacturers reduce setup limitations and support more workpiece types in daily production.
Ø66 mm Spindle Bore and Ø51 mm Bar Capacity
The machine features a Ø66 mm spindle bore and supports a maximum bar material diameter of Ø51 mm. This configuration is suitable for medium bar material processing, including shaft parts, sleeve parts, hydraulic components, automotive components, and hardware parts.
The machine uses an A2-6 spindle nose, 8-inch hydraulic chuck, and maximum spindle speed of 4000 r/min to support stable turning performance.
One-Piece Casting Base and Slant Bed Structure
The J52-600LU adopts a one-piece casting base and slant bed design to maintain stable machine performance during long-term production. The integral casting undergoes aging processes such as annealing and vibration treatment to improve structural stability and extend machine tool lifespan.
This rigid structure helps reduce vibration, improve machining consistency, and support stable rough and finish machining.
Taiwan SYNTEC CNC Controller
The machine is equipped with a Taiwan SYNTEC 22TA CNC system with a 10.4-inch screen. The controller provides stable operation, convenient programming, and reliable control response for CNC turning production.
The SYNTEC system also includes G183 face drilling cycle support, helping improve machining flexibility for different part features.
Servo Turret for Flexible Machining
The standard turret configuration is a 100-12T servo turret, while a 125-8T turret is available as an optional configuration. This allows manufacturers to choose a turret setup based on tool quantity, part complexity, and production requirements.
The servo turret supports multi-process machining and helps reduce manual tool changes.
Reinforced Feed Axis Structure
The J52-600LU offers a maximum fast travel speed of 24 m/min. The X/Z axis uses C3-grade ball screws and roller linear guides to support stable motion and accurate positioning.
The X-axis maximum travel is 230 mm, and the Z-axis maximum travel is 580 mm, giving the machine enough stroke for medium-length turning applications.
Benefits for B2B Manufacturing Buyers
Larger Machining Range for Longer Parts
With a 560 mm maximum turning length and Ø600 mm swing diameter, the J52-600LU is suitable for buyers who process longer shafts, sleeves, mechanical parts, and medium-size industrial components.
This helps factories handle more product types without frequently changing machine models.
Stable Machining for Difficult Materials
The machine is suitable for rough and finish machining of stainless steel, titanium alloy, carbon steel, mold steel, and other materials. Its rigid casting structure, stable spindle system, and slant bed design help support consistent machining performance.
Better Long-Term Stability
The one-piece casting base undergoes annealing, vibration aging, and other aging processes. This helps reduce deformation risk and maintain stable machining accuracy over long-term production.
For batch production workshops, long-term stability helps reduce rework, improve part consistency, and maintain delivery quality.
Flexible CNC System and Automation Options
The standard configuration includes a Taiwan SYNTEC CNC system. FANUC is available as an optional control system. Buyers can also choose optional accessories such as electric spindle, feeding device, chip conveyor, automated robot, oil mist separator, push-up chuck, and different turret configurations.
This makes the J52-600LU suitable for both standard turning production and automated machining lines.
Reliable Components for Industrial Use
The main configuration includes Taiwan SYNTEC system, Taiwan SYNTEC or Japan YASKAWA servo system, Taiwan PMI or HIWIN C3-grade ball screws, Taiwan PMI or HIWIN P-class linear guides, Taiwan POSA spindle, Schneider electrical components, Japanese HERG lubrication pump, and a customized hydraulic station.
These components help support stable industrial operation, easier maintenance, and long-term production reliability.
Technical Specifications
Product Model: J52-600LU
Machine Type: Gang Type CNC Lathe Machine
Maximum Swing Diameter Over Lathe: Ø600 mm
Maximum Turning Diameter: Ø250 mm
Maximum Turning Length: 560 mm
Spindle Hydraulic Chuck: 8 inch
Spindle Center Height from Ground: 1030 mm
Spindle Nose: A2-6
Spindle Bore Diameter: Ø66 mm
Maximum Bar Material Diameter: Ø51 mm
Maximum Spindle Speed: 4000 r/min
Spindle Motor Power / Torque: 11 kW / 72 Nm
Optional Spindle Motor Power / Torque: 15 kW / 95.5 Nm
Servo Turret Model: 100-12T
Maximum Fast Travel Speed: 24 m/min
X/Z-Axis Motor Power / Torque: YASKAWA 1.8 kW / 11.5 N.m or SYNTEC 2.4 kW / 11.5 N.m
X/Z-Axis C3-Grade Ball Screws: 40 / 40
X/Z-Axis Roller Linear Guides: 35 / 45
X-Axis Maximum Travel: 230 mm
Z-Axis Maximum Travel: 580 mm
Tailstock Travel: 520 mm
Thimble Taper: Morse Taper #5
Machine Net Weight: 3800 kg
Total Machine Power: 21 kW
Machine Dimensions: 2500 × 1600 × 1700 mm
Machine Tool Accuracy
X-Axis Repeated Positioning Accuracy: ±0.003
Z-Axis Repeated Positioning Accuracy: ±0.003
The accuracy test is performed after a preliminary run of approximately 50 times to reduce cooling and warm-up errors.
Configuration Details
NC System: Taiwan SYNTEC 22TA system with 10.4-inch screen
X/Z-Axis Servo: Taiwan SYNTEC or Japan YASKAWA, with brake on X-axis motor
Spindle: Taiwan-made POSA spindle or customized Jingfusi tail-mounted direct-drive electric spindle
X/Z Screws: Taiwan PMI or HIWIN C3-grade ground ball screw with double nut
X/Z Linear Guides: Taiwan PMI or HIWIN P-class ball linear guide with extended carriage
Spindle Motor: Taiwan SYNTEC or Beijing CTB
Servo Turret: Taiwan-made 12-station 100-series MYKUN servo turret or customized 12-station 100-series Jingfusi servo turret
Lubrication System: Japan HERG lubricating oil pump
Electrical Components: German Schneider electrics
Hydraulic Station: Customized hydraulic station
Cast Iron One-Piece Bed: In-house development
System Feature: SYNTEC System G183 face drilling cycle
Optional Configurations
Electric Spindle: Optional
FANUC CNC System: Optional
SYNTEC Feed Axis: Optional
125-8T Turret: Optional
Push-Up Chuck: Optional
Chuck: Optional
Feeding Device: Optional
Chip Conveyor: Optional
Automated Robot: Optional
Oil Mist Separator: Optional
For optional servo tool turrets, tool-changing motors, FANUC systems, and other accessories, an optional accessories list can be requested.
Standard Accessories
Spring Collet: 1 pc, specification of choice
Tool Holder: 8 pcs
Face-Mount Square Tool Holder with Clamping Blocks: Included
Tool Holder Assembly Clamping Block: 8 sets
Machine Leveling Mounts: 4 sets
Foot Switch: 1 pc
Hexagonal Wrench: 1 set
Machine Tool Operation, Maintenance, and Repair Manual: 1 set, including M code, G code, and circuit diagram
SYNTEC User Manual: USB flash drive, packed in accessory box
Dota Manual: 1 copy, packed in accessory box
Servo Drive Manual: 1 copy
Application Scenarios
Medium-Length Shaft Machining
With a 560 mm maximum turning length and 580 mm Z-axis travel, the J52-600LU is suitable for medium-length shaft parts, sleeves, connectors, and mechanical components.
Stainless Steel Parts Machining
The machine is suitable for stainless steel turning applications that require stable rigidity, reliable spindle performance, and consistent machining accuracy.
Titanium Alloy Component Processing
Titanium alloy machining requires stable cutting force and vibration control. The one-piece casting base, slant bed structure, and reinforced feeding axis help support smoother machining.
Carbon Steel Turning
The machine can be used for carbon steel shafts, sleeves, connectors, threaded components, hardware parts, and general mechanical parts.
Mold Steel Machining
The J52-600LU supports rough and finish machining of mold steel materials, making it suitable for mold component suppliers and precision tooling workshops.
Batch Production Workshops
With stable repeated positioning accuracy, servo turret options, CNC control, and optional automation equipment, this machine supports batch production of precision turned parts.
How to Choose the J52-600LU for Your Factory
Choose It When You Need Longer Turning Length
If your parts require up to 560 mm turning length, the J52-600LU is more suitable than shorter 400LU models.
Choose It When You Process Medium Bar Materials
The Ø66 mm spindle bore and Ø51 mm maximum bar capacity make this machine suitable for medium bar material machining.
Choose It When You Need Stable CNC Turning
The one-piece casting base, slant bed structure, and aging treatment process help support stable rough and finish machining.
Choose It When You Process Difficult Materials
The machine is suitable for stainless steel, titanium alloy, carbon steel, mold steel, and other industrial materials.
Choose It When You Need Flexible Automation Options
If your production requires a feeding device, chip conveyor, automated robot, oil mist separator, FANUC system, or optional turret configuration, the J52-600LU offers flexible options.
FAQ
Q1: What is the J52-600LU mainly used for?
The J52-600LU is mainly used for CNC turning, rough machining, finish machining, boring, threading, grooving, and precision metal parts processing.
Q2: What materials can the J52-600LU process?
It is suitable for stainless steel, titanium alloy, carbon steel, mold steel, and other materials.
Q3: What is the maximum turning length?
The maximum turning length is 560 mm.
Q4: What is the maximum bar material diameter?
The machine supports a maximum bar material diameter of Ø51 mm.
Q5: What is the spindle bore diameter?
The spindle bore diameter is Ø66 mm.
Q6: What CNC system does the machine use?
The standard configuration uses a Taiwan SYNTEC 22TA CNC system with a 10.4-inch screen. FANUC is available as an optional configuration.
Q7: What is the standard turret configuration?
The standard turret configuration is 100-12T. A 125-8T turret is available as an optional configuration.
Q8: Does the machine support automation equipment?
Yes. Optional equipment includes feeding device, chip conveyor, automated robot, oil mist separator, and other auxiliary equipment.
Q9: What is the repeated positioning accuracy?
The X-axis and Z-axis repeated positioning accuracy is ±0.003.
Q10: What is the difference between J52-600LU and J52-400LU?
Compared with the J52-400LU, the J52-600LU provides a larger Ø600 mm swing diameter, longer 560 mm turning length, longer 580 mm Z-axis travel, and 520 mm tailstock travel, making it more suitable for medium-length parts.
