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Used frames in Vermont, USA

  • 1999 Accurpress 717512

    1999 Accurpress 717512

    • Manufacturer: Accurpress
    • Model: 717512
    • Capacity: 175,000 kg
    • Stroke length: 150 mm

    Manual hydraulic Press Brake -EQUIPPED WITH- Pedestal Pendant Control

    Town of Rockingham, VT
  • 1978 Komatsu OBS60A

    1978 Komatsu OBS60A

    • Manufacturer: Komatsu
    • Model: OBS60

    Stamping Press, Hyd Press capacity: 60 ton | Stroke length: 4.72" | Stroke per minute: 42-85 S.P.M | Slide area: 17.71" x 13.78" | Bolster area: 31.50" x 21.65" x 2.95" | Slide adjustment: 2.76" | Die height: 11....

    Town of Rockingham, VT
  • 2007 Accurpress 7608

    2007 Accurpress 7608

    • Manufacturer: Accurpress
    • Model: 7608
    • Stroke length: 80 mm
    • Shut height: 152.4 mm

    CNC Press Brake, 3 Axis -EQUIPPED WITH- R Axis ***USED LESS THAN 20 HOURS*** Capacity 60 Tons

    Town of Rockingham, VT
  • Niagara S2G-200-60-30

    Niagara S2G-200-60-30

    • Manufacturer: Niagara
    • Model: S2G-200

    Straight Side Double Crank Press Press style: SSDC Gap Frame | Ram capacity: 200 Tons | Ram stroke: 14" | Ram adjustment: 6" | Ram speed: 30 SPM | Shut height: 36" | Bed size: 60" x 30" | Cushion model: C-18-6 | ...

    Town of Rockingham, VT
  • 2000 Amada VIPROS 358 KING

    2000 Amada VIPROS 358 KING II

    • Manufacturer: Amada
    • Model: Vipros-358
    • Maximum thickness: 3 mm

    CNC Turret Punch -EQUIPPED WITH- (4) AUTO INDEX CHILLER COOLER BRUSH TABLE LIFT UP PART CONVEYOR

    Town of Rockingham, VT
  • 2011 Baykal APHS 3706x160

    2011 Baykal APHS 3706x160

    • Manufacturer: Baykal
    • Capacity: 176,000 kg

    CNC Press Brake -EQUIPPED WITH- Key Specifications & Features Model: APHS-C (Compact Hydraulic Press Brake) Bending Capacity: 160 tons Working Width: 3,700 mm Control System: Delem DA-56s Backgauge: 4-axis, contr...

    Town of Rockingham, VT

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.