TCK800DY
Multi-axis turning center
High-Rigidity Integral 45° Inclined Bed The TCK800DY CNC turning center adopts an integral 45° slant bed constructed from premium high-strength cast iron. The internal reinforcement rib layout is scientifically optimized through finite element analysis. Adopting resin sand molding technology and complete secondary aging and natural aging treatment processes, the machine base features ultra-high structural rigidity and excellent stability, maintaining precise and consistent machining performance during long-term heavy-duty operation.
Get a quote Request the brochureProduct photo gallery
Selling points
- High-Precision Programmable Tailstock
- Equipped with a high-performance programmable tailstock, the machine adopts an internal rotating sleeve structure with pin shaft positioning design, effectively enhancing cutting stability and machining accuracy. The tailstock body supports automatic hydraulic locking with standard full-stroke hydraulic driving movement. Servo motor drive is available as an optional upgrade to meet ultra-precision customized machining requirements.
- High-Torque & High-Rigidity Spindle System
- The spindle adopts a precision bearing combination of large-diameter angular contact thrust ball bearings and double-row cylindrical roller bearings. Driven by a high-power and high-torque servo motor, the spindle delivers exceptional structural rigidity and outstanding low-speed high-torque performance, enabling stable and powerful heavy-load cutting for large and tough workpieces.
- Wide Application Fields
- Aerospace Industry: Specialized in precision machining of core aerospace key components, including turbine blades, engine casings and various precision structural parts, complying with strict aerospace manufacturing standards.
- Automotive Industry: Ideal for mass production of large automotive core parts such as engine blocks, flywheels and crankshafts, supporting high-stability and high-efficiency batch processing.
- Energy & Power Generation: Perfect for machining large-scale power equipment components, including turbine shafts, gearbox housings and other heavy-duty energy industry parts with high precision requirements.
- Shipbuilding Industry: Applied to the manufacturing of large marine components such as propellers, rudders and ship engine parts, adapting to the high-strength and large-size machining demands of shipbuilding equipment.
- Defense & Military Industry: Capable of precision processing of heavy structural parts for military vehicles, tank equipment and other defense system core components, meeting high-standard military manufacturing requirements.
