The new generation of general-purpose CNC lathe, high precision, high rigidity, high efficiency and high stability, which can meet diverse production needs!
CNC PRECISION TURNING LATHE
HARDINGE
TC 200-66/250
HARDINGE TC 200-66/250
High precision - stable static and dynamic precision
- Exquisite and strict assembly process guarantee, X/Z axis positioning/repeat positioning accuracy of full travel: 0.006/0.003mm (ISO 230-2)
- Processing example: material BSB, Spindle speed 1250rpm, processing roundness is 0.7μm, and the surface roughness is Ra0.2μm.
High Rigidity - Strong heavy-duty Cutting Capability
- The bed are made of high-quality gray cast iron for excellent rigidity and thermal stability.
- Using FEA finite element analysis technology, the mechanical structure is more reasonable.
- Equipped with heavy-duty roller guide, which can increase the rigidity by more than 30%.
- Practical measure: S45#, unilateral 8mm, material removal rate can reach 500cm³/min.
High Efficiency - Saving Processing and Non-Cutting Time
- Spindle speed: TC200/66 – 4200rpm, TC250 – 3500rpm.
- The rapid moving speed of X/Z axis can achieve 30m/min.
- The turret adopts servo-rotating non-lift structure with high precision and fast response.
Small footprint - saving space and efficient use of space
- Compact structure, more flexible and convenient production line layout.
- Coolant tank and chip conveyor can be placed in the side or rear, without additional accessories.
STRUCTURAL FEATURES
High-rigidity Structure
The headstock adopts a large-span and high rigidity structure to ensure sufficient support strength on the spindle side and enhance thermal stability.
Roller Linear Guide
Equipped with heavy-duty roller guide, which enhances the rigidity of the machine and the anti-vibration performance during heavy cutting, ensuring that the machine has better heavy-duty cutting ability.
NC servo tailstock
Standard MT#5 servo tailstock can be quickly positioned by the servo motor and programmed to adjust the thrust to meet various process requirements.
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Base Structure Optimization
The bed is made of high-quality gray cast iron, and the latest FEA finite element analysis technology is used to ensure the optimization of the machine structure design and ensure that the machine has higher strength, rigidity and thermal stability. The 45° structure is easier for chip removal.
Enhanced Transmission System
The reinforced motor seat and bearing support seat are adopted, and the lead screw is pre-stretched to ensure the transmission rigidity and processing stability.
CONTROL AND SOFTWARE
Fanuc 0i TF Plus
- 10.4″ color display
- Part program storage size 2MB
- Number of registered programs 1000
- Servo Control HRV3
- Two-axis interpolation
- Programming Resolution 0.001mm
- Nano interpolation
- PCMCIA Interface
- Embedded Ethernet (100base)
- USB interface
- Tool offset pairs, 128 pairs
- Custom macro program programmable
- Data Input
- Sub-program call
- Run hour and parts count display
- Graphic Function
- Linear interpolation
- Thread cutting retract
- Help function
- Dynamic graphic display
- Circular interpolation
Siemens 828D
- Compact operator panel CNC
- 10.4″ color display
- Integrated QWERTY keyboard
- Tool management
- 3MB user memory
- Tool life monitoring and work piece count
- Tools / cutting edges number in tool list
- Acceleration with jerk limitation
- Feed forward control, acceleration-dependent
- Feed forward control, velocity-dependent
- Changeover to axis mode
- Programmable acceleration
- Asynchronous subprograms ASUB
- Polar coordinates programming
- USB flash drive
- Spindle speed limitation min./max.
- Constant cutting speed
- Cartesian point-to-point travel PTP