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Used Automatic Lathes in Japan

  • 2002 Techno Washino C3

    2002 Techno Washino C3

    • used

    • Manufacturer: Washino
    • Model: C3

    FANUC-21i-T, Swing above bed: φ550mm, Center distance: 800mm, S: 340mm x 650mm, 23-1800 rpm (16 speeds), 3-jaw 9-inch chuck *If there are any discrepancies between the product description and the actual product, ...

    Toyohashi, Japan
  • 2007 Techno Washino G06

    2007 Techno Washino G06

    • used

    • Manufacturer: Washino

    Control: FANUC 0i-TB. Swing: Φ285,. Standard workpiece: Φ60×60,. Spindle speed: 6,000rpm, Travel: (X)300(Z)285㎜, Tool post: comb type, Standard workpiece: Φ60×60, Spindle speed: 6,000rpm, Tool post: comb type, St...

    Toyohashi, Japan
  • 2004 Nakamura-Tome Precision Industry WT-150

    2004 Nakamura-Tome Precision Industry WT-150

    • used

    • Manufacturer: Nakamura

    Opposed 2-spindle, 2-turret type FANUC-18iTB, Swing:190mm, Max. machining: 190*400, S:X1157.5*X2167.5*Z1465*Z2465*Y±Y S:X1157.5*X2167.5*Z1465*Z2465*Y±35 L spindle: 5000rpm (non-step), R spindle: 5000rpm (non-step...

    Toyohashi, Japan
  • 2013 Takamatsu Machinery XW-30

    2013 Takamatsu Machinery XW-30

    • used

    • Manufacturer: Takamatsu machine

    Control: TAKAMAZ & MITSUBISHI M70,. Appropriate machining diameter: Φ40,. Chuck: collet 3×2,. Main spindle bearing bore diameter: Φ50,, Max. spindle speed: 6000min,, Chuck: collet 3×2 Max. spindle speed: 6000min....

    Toyohashi, Japan
  • 2018 Murata Machinery MW50HG

    2018 Murata Machinery MW50HG

    • used

    • Manufacturer: Murata

    MURATA-FANUC32iB, Maximum machining capacity: φ50*50mm, 2 gang tool rests, 6-inch chuck, 6000 rpm *If there are any discrepancies between the product description and the actual product, the actual product will ta...

    Toyohashi, Japan
  • 2016 Murata Machinery MW80

    2016 Murata Machinery MW80

    • used

    • Manufacturer: Murata

    MURATA-FANUC32iB, Maximum cutting speed: φ80*50mm, S:(X)320*(Z)200mm 6000rpm, Gang tool post x 2 *If there are any discrepancies between the product description and the actual product, the actual product will tak...

    Toyohashi, Japan
  • Nakamura-Tome TW-10MM

    Nakamura-Tome TW-10MM

    • used

    • Manufacturer: Nakamura
    • Model: TW-10MM

    FANUC 18i-T,. Swing: 210mm dia. Max. processing: ø210*155mm, 55～5500rpm, ATC:12*2 pcs. In case of any discrepancy between the description and the actual product, the actual product will be given priority.

    Toyohashi, Japan
  • 2013 Amada Machine Tools G-05

    2013 Amada Machine Tools G-05

    • used

    • Manufacturer: Amada

    Control: FANUC 0i-TD,. Swing: Φ230 mm,, Standard workpiece: fai50×40 mm,, Standard workpiece: fai50×40 mm Standard workpiece: fai50×40㎜,, Standard workpiece: fai50×40㎜,, Standard workpiece: fai50×40㎜, Spindle spe...

    Toyohashi, Japan
  • 2004 Kawaguchiko Precision NL-10B

    2004 Kawaguchiko Precision NL-10B

    • used

    • Manufacturer: Kawaguchiko Precision

    Control: FANUC 21i-T,. Max. machining diameter: Φ10×50mm, Max. drilling diameter: Φ5mm Max. drilling diameter: 5 mm dia. Max. threading diameter: M5, Max. threading diameter: M5 Spindle speed: 6,000rpm, Chuck: Co...

    Toyohashi, Japan
  • 2004 Techno-Washino G04-UP

    2004 Techno-Washino G04-UP

    • used

    • Manufacturer: Washino

    Control: FANUC 21i-TB,. Maximum swing: Φ220,, Standard machining diameter Standard processing diameter: Φ30×30,, Chuck: Air chuck (Kitagawa Iron Works KPC43C100), Max. swing: Φ220 Chuck: Air chuck (KPC43C100 manu...

    Toyohashi, Japan
  • Murata Machinery MW50HG

    Murata Machinery MW50HG

    • used

    • Manufacturer: Murata

    MURATA-FANUC, Inc. Comb blade tool post*2, With gantry loader, With gantry loader, With gantry loader With gantry loader with chip controller In case of any discrepancy between the description and the actual prod...

    Toyohashi, Japan
  • 2014 Takamatsu Machinery XW-30

    2014 Takamatsu Machinery XW-30

    • used

    • Manufacturer: Takamatsu machine

    Control: TAKAMAZ & MITSUBISHI M70,. Appropriate machining diameter: Φ40,. Chuck: collet 3×2,. Main spindle bearing bore diameter: Φ50,, Max. spindle speed: 6000min,, Chuck: collet 3×2 Max. spindle speed: 6000min....

    Toyohashi, Japan
  • C220 Machinery

    C220 Machinery

    • new

    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

    S205-II/S206-II

    • new

    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

    B038-Ⅲ series

    • new

    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
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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.