Machine Tools » Ibaraki

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Used controllers in Ibaraki, Japan

  • 1989 NC automatic lathe MIYANO

    1989 NC automatic lathe MIYANO BNC-34C 1991

    • Model: BNC34C

    Automated NC Lathes Miyano BNC-34C 1989 FANUC O-T Collet chuck specification Hexagonal turret with parts catcher Material feeder (Alps Tool PF-V3S)

    Sakuragawa, Japan
  • 1991 NC automatic lathe Miyano

    1991 NC automatic lathe Miyano BND-20C 1991

    • Model: BND20

    Automated NC Lathes Miyano BND-20C 1991 FANUC O-T Collet chuck specification, 8 square turret, with parts catcher Material feeder (Alps Tool PF-V2M)

    Sakuragawa, Japan
  • 2004 NC multi-tasking automatic lathe

    2004 NC multi-tasking automatic lathe Miyano BND-34S5

    • Model: BND34S5

    NC Combined Automated Lathe Miyano BND-34S5 2004 FANUC21i-TB Collet chuck specification 12 square combined turret Sub spindle B axis with parts catcher Material feeder (Alps Tool ASR X-32P)

    Sakuragawa, Japan
  • 1990 NC automatic lathe Citizen

    1990 NC automatic lathe Citizen L 16

    • Model: L16

    NC automatic lathe Citizen L16 1990 formula Swiss type Growing 3m auto bar

    Sakuragawa, Japan
  • 1991 NC multi-tasking automatic lathe

    1991 NC multi-tasking automatic lathe MIYANO BND-20C

    • Model: BND20

    Combined NC Lathe Miyano BND-20C 1991 FANUC 0T MAXφ20 collet chuck specification Max. speed 6,000 rpm Octagonal turret with 4 rotary tool positions with a centering stand Parts catcher Parts conveyor Material fee...

    Sakuragawa, Japan
  • 1986 Kurashiki Machinery CM-5B

    1986 Kurashiki Machinery CM-5B

    • Manufacturer: Kuraki

    NC Combined Milling Machine (Vertical/Horizontal)\nT:2000* 600\nS:X1500*Y640*Z600*W780\nSpindle speed 20–2100 rpm\nNet weight: 13800 kg\n\nChanged to FANUC CNC control in 2016\nSpecifications: FANUC-0i-MD

    Inashiki, Japan
  • 1990 OKK PCV50

    1990 OKK PCV50

    • Manufacturer: OKK
    • Model: PCV50

    MELDAS BT50 ATC 20 tools Table size 920×520 Stroke: X720 Y520 Z520

    Inashiki, Japan
  • Denso VS068A4-AV6-W4N

    Denso VS068A4-AV6-W4N

    • Manufacturer: Denso

    Inashiki, Japan
  • Katsukura # 5

    Katsukura # 5

    • Manufacturer: Katsukura

    Collet specification, take over from user

    Hitachi, Japan
  • 1987 Makino milling machine BG

    1987 Makino milling machine BG II-85

    • Manufacturer: 牧野フライス

    Main axis NT: 40, 70 to 2200 RPM, 2 axis digital

    Hitachi, Japan
  • 1993 Iwashita NK-1R

    1993 Iwashita NK-1R

    • Manufacturer: Iwashita

    Spindle: NT40, 2-axis digital, Rotation speed: 50Hz65~3000RPM 60Hz: 80~3600RPM

    $4,453 USD
    Hitachi, Japan
  • 1982 Okamoto PSG64AN

    1982 Okamoto PSG64AN

    • Manufacturer: 岡本
    • Model: PSG-64

    Chuck size: 600 * 400, fully automatic, water injection mug separator, lubricating oil pump replaced

    Hitachi, Japan
  • Katsukura 5L

    Katsukura 5L

    • Manufacturer: 勝倉

    $884 USD
    Hitachi, Japan
  • Uchiyama -

    Uchiyama -

    • Manufacturer: 内山

    $1,081 USD
    Hitachi, Japan
  • Ryobi BS 400 B

    Ryobi BS 400 B

    • Manufacturer: Ryobi

    Power supply: AC 200 V

    $1,310 USD
    Hitachi, 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.