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Used Automatic Lathes in Tokyo, Japan

BW329ZJ/BW389ZJ
Versatile overlap processing improves productivity Dramatically shortens cycle time Independently opposed turrets and rear turret with Y-axis enable a variety of multi-tasking and overlap machining operations. In...
Tokyo, Japan
B073C/B075C
Compact type with reduced depth is added to the B07 series lineup Compact design with minimal overhang. Depth reduced by 39% compared to conventional models. Instead of a toggle mechanism, Tsugami's unique chuck ...
Tokyo, Japan
C220 Machinery
For ultra-precision machining of mass-produced parts Minimum setting unit 0.01μm For ultra-precision machining of production parts Dimensional accuracy 6σ = 0.5μm (brass) Cold start and minimal dimensional change...
Tokyo, Japan
S205-II/S206-II
Various tool variations support machining of complex-shaped workpieces with variable types and quantities. Modular tooling allows free tool layout according to the workpiece. Back tool rest with Y-axis enables ba...
Tokyo, Japan
B038-Ⅲ series
Many functions are provided in a compact body. A full range of machining variations and a wide variety of options enable optimal tooling for each application. Rear turret with Y-axis enables rear complex machinin...
Tokyo, Japan
B0125-VR/B0205-VR/B0126-VR/B0206-VR
Rear spindle and rear turret enable overlap machining Compact machine equipped with a rear turret with Y-axis Improved multi-tasking capability on the back side (B0126-VR/B0206-VR) High power built-in motors are ...
Tokyo, Japan
P036W/P056W
Highly Acclaimed High Precision Machining Machine for Micro Precision Parts Independent opposed turret specification of the P0 series ●Machining time is shortened by the high-speed spindle and optimum cutting spe...
Tokyo, Japan
B038V-Ⅲ series
Large tooling area allows optimum tooling for each application. Rear turret with Y-axis enables rear complex machining and complete overlap machining with the spindle side (6-axis machine). Modular tooling allows...
Tokyo, Japan
C180 Machinery
Total design of the machine and NC loader achieves minimum floor space and high productivity Symmetrical spindle head structure enables high-precision machining of primary and secondary front and back surfaces. H...
Tokyo, Japan
S205A-Ⅱ/S206A-Ⅱ
Various tool variations support machining of complex-shaped workpieces with variable types and quantities. Modular tooling allows free tool layout according to the workpiece. Back tool rest with Y-axis enables ba...
Tokyo, Japan
B0128W/B0208W
Endless pursuit of productivity Independent opposed turrets and back turret with Y-axis enable various multi-tasking and overlap machining Rear turret with Y-axis enables rear side multi-tasking and overlap machi...
Tokyo, Japan
BW128ZJ-I/BW129ZJ-I/BW208ZJ-I/BW209ZJ-I
Versatile overlap processing improves productivity Dramatically shortens cycle time Simultaneous 3-system control enables various overlap machining with each independently controlled turret. 60 mm Z-axis travel o...
Tokyo, Japan

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Overview

Automatic lathes are specialized machine tools designed to perform high-precision turning operations with minimal human intervention. These machines are commonly used in mass production settings for manufacturing intricate parts, such as screws and bolts, with consistent quality and efficiency. Their automation capabilities make them ideal for industries requiring high volumes of small, detailed components.

FAQ

What should I consider when buying a used automatic lathe?

Consider the machine's age, overall condition, brand reputation, and any included features or accessories. Check for maintenance records and operational hours to assess wear and tear.

How do I ensure the automatic lathe is shipped safely to my location?

Use a reputable transport service that specializes in heavy machinery. Ensure the lathe is properly secured and protected during transit to prevent damage.

What is the maintenance schedule for an automatic lathe?

Regular maintenance includes checking lubrication systems, inspecting and replacing worn parts, and ensuring proper alignment and calibration. Consult the manufacturer’s manual for specific maintenance intervals and procedures.