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Used loading in Tokyo, Japan

  • 1999 SUMITOMO HEAVY INDUSTRIES SVR-110

    1999 SUMITOMO HEAVY INDUSTRIES SVR-110

    • Manufacturer: Sumitomo
    • Model: SVR-110

    FANUC MG chuck: φ1100 Swing:φ1200　Work height: 370mm　5～30rpm　Wheel size:φ600　700rpm Max load: 1500Kg Auto sinzing　Paper filter & MG separator tank Table inch footswitch Paper filter type big coolant tank

    Tokyo, Japan
  • 2004 SODICK AQ750L

    2004 SODICK AQ750L

    • Manufacturer: Sodick
    • Model: AQ750

    Control LQ1W(LQ34W) 40A X-750 Y-500 Z-400 U-770 V-520 Work size: 1050×750×400 Load: 1500Kg Taper angle±30°(thickness: 150mm) wire gage: φ0.15～0.3mm

    Tokyo, Japan
  • 1991 OKUMA MCR-B20-50E

    1991 OKUMA MCR-B20-50E

    • Manufacturer: Okuma
    • Model: MCR-B

    OSP-5020M　Between column：2050mm　T:5100×1500 X-5000 Y-3000 Z-650 W-1100（10P） Distance from table to spindle：1850mm 30～4000rpm　BT-50　ATC-70　Table load:20ton 2×AAC　Angular attachment90°　ATATC

    Tokyo, Japan
  • 1985 TOSHIBA TXN-13

    1985 TOSHIBA TXN-13

    • Manufacturer: Toshiba
    • Model: TXN13

    FANUC-11T　φ1400×1000ｈ　ATC-12 4 jaw chuck φ1250×2APC 3.2～315rpm Load: 5000Kg Rotation force:1350Kg-m X-1230　Z-900　Cross-1000mm Tool bite□32 Chip conveyor

    Tokyo, Japan
  • Iida Iron Works Tool Grinder

    Iida Iron Works Tool Grinder GT-200FC

      Iida Iron Works Tool Grinder GT-200FC 200V No-load rotation speed 3470 / 2905rpm (60 / 50Hz) Grinding wheel maximum diameter φ100 Maximum operating peripheral speed 2000m / min If there is a difference between th...

      Tokyo, Japan
    • Iida Iron Works Tool Grinder

      Iida Iron Works Tool Grinder GT-200FR

        Iida Iron Works Tool Grinder GT-200FR 200V No-load rotation speed 3470 / 2905rpm (60 / 50Hz) Grinding wheel maximum diameter φ150 Maximum operating peripheral speed 2000m / min If there is a difference between th...

        Tokyo, Japan
      • 2006 KIRA KN-40VB-2000ST

        2006 KIRA KN-40VB-2000ST

        • Manufacturer: Kira

        F-21i-MB　T：2800×400 ATC-20 X-2000 Y-350 Z-400　160～8000rpm BT-40　10HP Table load: 1000Kg　Coolant through spindle Custom macroB　Righd TAP　Tool compensation C Programable data input　Chip conveyor　Weight 8t

        Tokyo, Japan
      • M06J-Ⅱ/M08J-Ⅱ

        M06J-Ⅱ/M08J-Ⅱ

          High rigidity, high production turning machine High productivity due to outstanding cutting capacity Easy program creation with on-board program creation support software (FANUC: Turn Mate i) (optional) Abnormal ...

          Tokyo, Japan
        • 1996 OKUMA MCV-AⅡ 16×30

          1996 OKUMA MCV-AⅡ 16×30

          • Manufacturer: Okuma
          • Model: MCV-A

          OSP-7000M　Between column: 1650mm T: 1200×3100 X-3000 Y-1600 Z-450 　W-1000 Table～spindle: 0～1380㎜　 Max load: 8000Kg 30～4000rpm BT-50 ATC-24 Tool compansation: 100 sets Coordinate calculation　Area cutting User task...

          Tokyo, Japan
        • 1989 MITSUI SEIKI HR6A

          1989 MITSUI SEIKI HR6A

          • Manufacturer: Mitsui Seiki
          • Model: HR6A

          Fanuc-11M □1000×2APC ATC-90 X-1300　 Y-1000　 Z-860 T-index 1° 10～4000rpm BT50 　 Max load 2000kg HEIDENHAIN Scale feedback　Rigid Tap Tool compensation C　Custom macro Common variable number 200 Interrupted Custom ma...

          Tokyo, Japan
        • 1985 OM TMS2-32/37

          1985 OM TMS2-32/37

          • Manufacturer: (株)オーエム製作所

          F-10T φ3.7m×1.3m 10 jaw hydraulic chuck　T:φ3.2m　1～80rpm 37Kw Load：10,000Kg X-1480　Z-850　W-750 Table～under cross rail：800～1550ｍｍ Automatic square turret　Bite□32 Weight：32.5ton

          Tokyo, Japan
        • 1983 TOSHIBA TSS-20/40A

          1983 TOSHIBA TSS-20/40A

          • Manufacturer: Toshiba
          • Model: TSS20/40A

          φ4000　T：φ2000　X-1740 Z-1000　4 jaw chuck Cross-1650㎜ Work height：2200㎜　Table～Arm: 2390mm Ram tilt abgle-30° 3.2～100rpm　Table load:16t Rotation force: 4500Kgf-m Cutting force: 3000Kg Main motor: 37Kw4P

          Tokyo, Japan
        • 1991 SHIN NIPPON KOKI HF-3M

          1991 SHIN NIPPON KOKI HF-3M

          • Manufacturer: Shin Nippon Koki
          • Model: HF-3

          F-15M Between column：2300 Pallet：1950×5000×2APC Pallet： 900×1950×4APC X-7750 Y-3850 Z-750 W-700 4axis NC control 10～2000rpm BT-50 ATC-80 AAC Pallet～Spindle：1350㎜　　　 Max load:6ton Angular AttachmentL=300　BT-50

          Tokyo, Japan
        • 2007 OKUMA MCV-AⅡ 20×40

          2007 OKUMA MCV-AⅡ 20×40

          • Manufacturer: Okuma
          • Model: MCV-A

          OSP-P-200M I-MAP Between column: 2050　T: 4100×1500　Max load:12t X-4000　Y-2000　Z-450　W-1150 Angle head Table to Spindle: 0～1510mm 30～4000rpm　BT-50　ATC-50　Tool offset：300 Helical interporation Common variable numbe...

          Tokyo, Japan
        • 1992 OKUMA MCV-A 20×40

          1992 OKUMA MCV-A 20×40

          • Manufacturer: Okuma
          • Model: MCV-A

          OSP-5020M Between column: 2050　T:4100×1500 X-4000　Y-2000　Z-450　W-1150 Table to soindle: 0～1500mm Max load:12t 30～2000rpm　BT-50　ATC-24　Tool compensation: 100 Tape length Angle attachment 90°Manual Coordinate calcu...

          Tokyo, Japan
        34567

        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.