CNC LATHE
This series of CNC lathes features a high-rigidity inclined bed structure for stable and heavy-duty cutting. Equipped with high-precision roller linear guideways, imported precision bearings and ball screws, the machine ensures excellent machining accuracy and long-term reliability.
It adopts an integrated cast frame, powerful spindle and optional power tool turret, which greatly improves processing efficiency and flexibility. The hydraulic programmable tailstock and user-friendly control system make operation easier and more efficient.
With stable performance, high precision and cost-effective design, our CNC lathes are widely used in automotive, machinery, hardware and precision parts manufacturing.
TCK1000 Heavy-Duty Inclined Bed CNC Lathe
Better chip removal；Better chip removal；More convenient operation；Stronger heavy cutting capacity；Higher precision & better surface finish；More compact structure
Product Highlights
High-precision roller linear guideways High-precision ball screws Imported precision bearings Servo hydraulic tool turret Optional 12-station power tool holder Tool presetter (optional) Spindle driven by synchronous belt
Application Fields of Inclined Bed CNC Lathe
Automotive parts manufacturing
Aerospace components processing
Hydraulic and pneumatic parts machining
Mold and shaft parts production
Flange and pipe processing
Hardware and fastener manufacturing
Engineering machinery parts
High‑hardness metal turning
Mass production of precision parts
Product Overview
Our heavy-duty inclined bed CNC lathe is a high-performance, reliable machining equipment tailored for large-scale, high-precision, and heavy-load processing needs. With years of R&D and manufacturing experience in the CNC machine tool industry, we adhere to the core concept of “quality first, customer-oriented” and commit to providing customers with cost-effective, efficient and stable machining solutions.
The lathe adopts a high-rigidity integrated inclined bed structure, which is formed by one-piece casting and precision grinding, effectively improving the overall rigidity and stability of the machine tool, and ensuring excellent performance in heavy cutting and long-term continuous operation.
