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Used Lathes in Aichi, Japan

  • 1975 NISHIMORI unidentified Lathe

    1975 NISHIMORI unidentified Lathe

    • Manufacturer: NISHIMORI

    chuck::1000, swing:1150, through-bore diameter:110, core interval:2400, touch stoppertwo pieces, control panel(MODEL:NAK)

    Aichi, Japan
  • 1990 BLUE LINE AL-6A Lathe

    1990 BLUE LINE AL-6A Lathe

    • Manufacturer: BLUE LINE

    bed swinｇ：520, wave it in a carriage：295, through-bore：60, 28-1210rpm

    Aichi, Japan
  • 2006 MAZAK QTN250 CNC Lathe

    2006 MAZAK QTN250 CNC Lathe

    • Manufacturer: Mazak
    • Model: QUICK TURN NEXUS 250

    MAZATROL640T NEXUS, Swing: φ610, Center distance: 500, Chuck: 10 inches (Kitagawa B210), 4000 rpm, 12-sided turret, Tailstock, Tool eye

    Aichi, Japan
  • 2001 MAZAK SQT-100M CNC Lathe

    2001 MAZAK SQT-100M CNC Lathe

    • Manufacturer: Mazak
    • Model: SUPER QUICK TURN 100

    M-640T, chuck: 6 inch hollow, 6000 rpm, tool post: 12 turrets, mill rotation speed 4500 rpm, with tool eye, without coolant pump

    Aichi, Japan
  • 2005 MAZAK QTN-100M CNC Lathe

    2005 MAZAK QTN-100M CNC Lathe

    • Manufacturer: Mazak
    • Model: QUICK TURN NEXUS 100

    M-640T-NEXUS, chuck: 6 inch hollow, 6000 rpm, tool post: 12 turrets, mill rotation speed 4500 rpm, with tool eye, without coolant pump

    Aichi, Japan
  • 1997 MAZAK INTEGREX30 CNC Lathe

    1997 MAZAK INTEGREX30 CNC Lathe

    • Manufacturer: Mazak
    • Model: INTEGREX 30

    MAZATROL T PLUS, chuck:10 inch, swing on the carriage:400, S:Y1800, 35-3500rpm, BT40, chip conveyor

    Aichi, Japan
  • MORI SEIKI MS-850 Lathe

    MORI SEIKI MS-850 Lathe

    • Manufacturer: Mori Seiki
    • Model: MS-850

    Swing: 435, Heart rate: 850

    Aichi, Japan
  • 1973 Eguro LB8-4B

    1973 Eguro LB8-4B

    • Manufacturer: エグロ

    Swing over bed ø230 Distance between centers 200 Collet type EDA8 (ø25), tailstock end MT1 With collet With brake Machine No. 12256

    Handa, Japan
  • 1980 Eguro LB8-4B

    1980 Eguro LB8-4B

    • Manufacturer: エグロ

    Swing over bed ø230 Distance between centers 200 Collet type EDA8 (ø25), tailstock spindle end MT1 with brake Machine No. 14290

    Handa, Japan
  • 1976 Washino LE-19K

    1976 Washino LE-19K

    • Manufacturer: Washino
    • Model: LE-19K

    φ470×800 9-inch scroll chuck, fixed swing stop Machine No. 43803

    Handa, Japan
  • 1964 Okuma LS-800

    1964 Okuma LS-800

    • Manufacturer: Okuma

    φ540×800 9-inch scroll chuck, fixed swing stop machine No. 7313

    Handa, Japan
  • 1992 Eguro EB-8

    1992 Eguro EB-8

    • Manufacturer: エグロ

    Swing over bed ø266 Distance between centers 250 Collet type EDA8 (ø25) Centering spindle end MT2 Spindle inverter control Machine No. 1340

    Handa, Japan
  • 1989 Mazak MK-860S

    1989 Mazak MK-860S

    • Manufacturer: マザック

    φ460×860, spindle through hole φ80, fixed vibration rest, moving vibration rest, two four-jaw chucks, product number 79326

    Handa, Japan
  • 1985 Ozawa OM-20-4

    1985 Ozawa OM-20-4

    • Manufacturer: 小沢

    Max. machining diameter φ40 Max. machining length 90mm Swing over slide φ120 Collet: Body diameter φ25 x Feed-through φ20 Machine No. 1596

    Handa, Japan
  • 1991 Washino LR-55A

    1991 Washino LR-55A

    • Manufacturer: Washino
    • Model: LR-55A

    Scale 2 axes Machine No. 19390 Stock status: now on sale

    Handa, Japan
12

Overview

Lathes are essential machining tools used for shaping metal, wood, or other materials by rotating the workpiece against various cutting tools. They are widely used in industries like manufacturing, automotive, and woodworking for tasks such as turning, drilling, and threading. Lathes come in different types, including CNC, engine, and turret lathes, each suited for specific applications.

FAQ

What should I consider when buying a used lathe?

Check the lathe's condition, age, and brand reputation. Inspect for signs of wear, accuracy, and the availability of spare parts. Ensure it meets your specific machining needs.

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

Use a reliable transport service that specializes in heavy machinery. Secure the lathe properly to avoid any damage during transit and consider insurance for added protection.

What is the maintenance schedule for a lathe?

Regular maintenance includes lubricating moving parts, checking and tightening bolts, inspecting electrical components, and cleaning the machine after use. Refer to the manufacturer’s manual for specific maintenance guidelines.