Machine Tools » EDM machines » Hungary

Search By Manufacturer

Search By Type

Building Filters

2

Used cnc controllers in Hungary

  • 2020 NEUART CNC-C50E2 block EDM

    2020 NEUART CNC-C50E2 block EDM machine

      Description Year 2020 Condition like new, 2000 operating hours, ready for immediate use Other available for viewing under power, also available for lease. Description Controller 15″ touchscreen, Windows Operation...

      Székesfehérvár, Hungary
    • 1998 FANUC Robocut Alpha 1C

      1998 FANUC Robocut Alpha 1C wire spark

      • Manufacturer: Fanuc
      • Model: Robocut α-1C

      Description Year 1998 Condition excellent Other Can be viewed in Székesfehérvár Description Control FANUC Series 16W Max workpiece 800 x 730 x 300 mm Table load max 750 kg X movement 520 mm Y movement 370 mm Z mo...

      Székesfehérvár, Hungary

    Overview

    EDM (Electrical Discharge Machining) machines are specialized equipment used to shape and cut hard metals and other conductive materials with precision. Utilizing electrical discharges or sparks, these machines can produce intricate and complex shapes that are difficult to achieve with traditional cutting tools, making them essential in industries like aerospace, automotive, and tool and die manufacturing.

    FAQ

    What factors should I consider when buying a used EDM machine?

    Consider the machine's age, working hours, condition of the electrodes, and accuracy of the controls. Reviewing maintenance records and previous usage can also provide valuable insights.

    How can I ensure safe shipping for an EDM machine?

    Partner with a transport company experienced in handling heavy machinery. Ensure the machine is properly secured, with all moving parts stabilized, to prevent damage during transit.

    What is the maintenance schedule for an EDM machine?

    Regular maintenance includes checking and replacing worn electrodes, cleaning filters, and inspecting wiring and connections. Follow the manufacturer’s maintenance guidelines to ensure optimal performance.