BS205D in-feed lathe

1. Five-axis center-type turning-milling composite machine tool.

2. Compact structure with a user-friendly, well-organized layout.

3. It offers a rich array of configurations, enabling seamless switching between guided and guideless modes to meet the machining requirements of various parts.
4. The large-diameter spindle opening/closing cylinder ensures stable and reliable clamping.

5. High-precision ball screws and linear guides, with a maximum rapid traverse speed of 32 m/min, enable precise and efficient machining.

6. The Z1-axis lead screw employs a pre-tensioning design to minimize thermal deformation, featuring a 32-mm-diameter, internally recirculating double-nut ball screw.

7. The X2 axis employs roller guide rails, offering ultra-high rigidity, uniform load capacity, and maintenance-free operation over long service life.

8. High rigidity, with an internal circulation cooling power‑option feature that reduces thermal elongation of the spindle head.
9. Optional oil‑film feeder reduces labor costs and enables continuous, nonstop loading and unloading.
10.  A large-capacity oil storage tank effectively reduces heat, improving heat dissipation by 20%.
11. High-power spindle cooling system, meeting the spindle’s heat dissipation requirements.

Target markets: electronics, telecommunications components, medical devices, printing and textiles, and instrumentation.

1. Five-axis center-type turning-milling composite machine tool.

2. Compact structure with a user-friendly, well-organized layout.

3. It offers a rich array of configurations, enabling seamless switching between guided and guideless modes to meet the machining requirements of various parts.
4. The large-diameter spindle opening/closing cylinder ensures stable and reliable clamping.

5. High-precision ball screws and linear guides, with a maximum rapid traverse speed of 32 m/min, enable precise and efficient machining.

6. The Z1-axis lead screw employs a pre-tensioning design to minimize thermal deformation, featuring a 32-mm-diameter, internally recirculating double-nut ball screw.

7. The X2 axis employs roller guide rails, offering ultra-high rigidity, uniform load capacity, and maintenance-free operation over long service life.

8. High rigidity, with an internal circulation cooling power‑option feature that reduces thermal elongation of the spindle head.
9. Optional oil‑film feeder reduces labor costs and enables continuous, nonstop loading and unloading.
10.  A large-capacity oil storage tank effectively reduces heat, improving heat dissipation by 20%.
11. High-power spindle cooling system, meeting the spindle’s heat dissipation requirements.

Target markets: electronics, telecommunications components, medical devices, printing and textiles, and instrumentation.

1. Five-axis center-type turning-milling composite machine tool.

2. Compact structure with a user-friendly, well-organized layout.

3. It offers a rich array of configurations, enabling seamless switching between guided and guideless modes to meet the machining requirements of various parts.
4. The large-diameter spindle opening/closing cylinder ensures stable and reliable clamping.

5. High-precision ball screws and linear guides, with a maximum rapid traverse speed of 32 m/min, enable precise and efficient machining.

6. The Z1-axis lead screw employs a pre-tensioning design to minimize thermal deformation, featuring a 32-mm-diameter, internally recirculating double-nut ball screw.

7. The X2 axis employs roller guide rails, offering ultra-high rigidity, uniform load capacity, and maintenance-free operation over long service life.

8. High rigidity, with an internal circulation cooling power‑option feature that reduces thermal elongation of the spindle head.
9. Optional oil‑film feeder reduces labor costs and enables continuous, nonstop loading and unloading.
10.  A large-capacity oil storage tank effectively reduces heat, improving heat dissipation by 20%.
11. High-power spindle cooling system, meeting the spindle’s heat dissipation requirements.

Target markets: electronics, telecommunications components, medical devices, printing and textiles, and instrumentation.