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Used processing machinery in Okayama, Japan

  • 1990 Chuo Precision Machinery UCL-400H

    1990 Chuo Precision Machinery UCL-400H

    • Manufacturer: 中央精機

    Work processing dimensions: side 120–400 mm, thickness MAX 100 mm Full back chamfer 1-axis scale

    Okayama, Japan
  • 1994 Chuo Precision Machinery UCL350HNC

    1994 Chuo Precision Machinery UCL350HNC

    • Manufacturer: 中央精機

    GOT1000 (Mitsubishi) XZ: 530*370 Maximum processing dimensions: 350*400*100 Cutter diameter φ125 Width measuring device

    Okayama, Japan
  • 2013 Murata Tool DB600

    2013 Murata Tool DB600

    • Manufacturer: 村田ツール

    Processing width 600 mm or less Processing height 50 mm or less Dust collector

    Okayama, Japan
  • Nitto Kohki MW-35

    Nitto Kohki MW-35

    • Manufacturer: 日東工器

    35 TON Stroke length 25 Maximum processing angle material 75*75*6

    Okayama, Japan
  • Daito Seiki HSWⅡ1050

    Daito Seiki HSWⅡ1050

    • Manufacturer: Daito Seiki

    Abrasive wheel heads 10 pieces, maximum processing size H1025*500 Minimum processing size H250*150 (including inner surface of flange), H200*100 (inner surface of flange not processed) 2m roller conveyor ×9 units

    Okayama, Japan
  • 2007 Okuma LAW-2S

    2007 Okuma LAW-2S

    • Manufacturer: オークマ
    • Model: LAW-2S

    OSP-P200L Finger Chuck (Kitagawa FG52M) XZ:Upper 380*865, Lower 250*898 Swing over bed φ790 Main spindle 3000rpm V6+V4 turret Chip con

    Okayama, Japan
  • 2005 Okuma LAW-2S

    2005 Okuma LAW-2S

    • Manufacturer: オークマ
    • Model: LAW-2S

    OSP-E100L Finger Chuck (Kitagawa FG52M) XZ:Upper 380*865, Lower 250*898 Swing over bed φ790 Main spindle 3000rpm V6+V4 turret Chip con

    Okayama, Japan
  • 2017 Koyo C6030

    2017 Koyo C6030

    • Manufacturer: 光洋

    GOT2000 (Mitsubishi) Processing diameter φ1.6-120, processing length 300 Wheel diameter φ610*305*φ304.8 Wheel 2000rpm Infeed

    Okayama, Japan
  • 1991 Seiwa Tekko MV-150

    1991 Seiwa Tekko MV-150

    • Manufacturer: 清和鉄工

    FANUC-0M Table diameter φ300 Max. processing diameter φ150 Max. module m3

    Okayama, Japan
  • 2008 Tsugami BS32C-V

    2008 Tsugami BS32C-V

    • Manufacturer: ツガミ
    • Model: BS32C

    FANUC18i-TB Split-bearing method Maximum handle bar material diameter φ32 Maximum processing length 250 Main spindle maximum hole drilling φ12, thread M10 Back-side maximum hole drilling φ10, thread M8 Main spind...

    Okayama, Japan
  • 1990 Nippei Toyama CLG-1V-CNC

    1990 Nippei Toyama CLG-1V-CNC

    • Manufacturer: Nippei Toyama

    Grinding wheel: 610*52*304.8 Processing diameter: φ1-50

    Okayama, Japan
  • 2003 NISSIN E25-MM1

    2003 NISSIN E25-MM1

    • Manufacturer: 日進製作所

    Single-axis, maximum processing length 80, processing hole diameter φ4–25, RG fixed-length device Processing memory increased (60-item specification), many tools available

    Okayama, Japan
  • PFAUTER P1800

    PFAUTER P1800

    • Manufacturer: Gleason-Pfauter
    • Model: P1800

    Table φ1400mm Table through-hole φ382mm Max processing φ1800mm (without workpiece support) φ1000mm (with workpiece support) Max modul m18 Automatic hob shift change gear

    Okayama, Japan
  • 1989 Seibu Automatic Machine ASM500ZR

    1989 Seibu Automatic Machine ASM500ZR

    • Manufacturer: Seibu

    Processing diameter φ1.5-φ60, processing length 1000mm

    Okayama, Japan
  • Tsugami CTG4

    Tsugami CTG4

    • Manufacturer: 津上

    Processing diameter 0.3 to 30 Processing length 30 Dust collector

    Okayama, Japan
12

Overview

Machine tools are devices used in manufacturing to shape or machine metal and other rigid materials, typically by cutting, boring, grinding, shearing, or other forms of deformation. They are essential in producing precise and complex parts in industries such as automotive, aerospace, and electronics, and include a variety of machines like lathes, milling machines, and CNC machines.

FAQ

What should I consider when buying a used machine tool?

Evaluate the machine's condition, age, and maintenance history. Check for any signs of wear or damage and ensure it meets your specific production requirements.

How do I ensure the machine tool is shipped safely to my location?

Hire a transport service experienced in moving heavy machinery. Ensure the machine is properly secured and protected to prevent damage during transit.

What is the maintenance schedule for machine tools?

Regular maintenance includes lubricating moving parts, inspecting for wear and tear, and calibrating for accuracy. Follow the manufacturer's guidelines for specific maintenance tasks and intervals.