Machine Tools » EDM machines » EDM Sinking » Lombardy

Building Filters

3

Used data precision in Lombardy, Italy

  • Master HH100QE2

    Master HH100QE2

    • Manufacturer: Master

    High-end aerospace industry plunge EDM for complex and precision parts processing. Excellent high-rigidity gantry column structure design High-speed machining performance. Particularly suitable for high-precision...

    Bovisio-Masciago, Italy
  • Master H100QE2

    Master H100QE2

    • Manufacturer: Master

    High-end aerospace industry sinking EDM for complex and precision parts processing. Excellent rigid column-style frame design High-speed machining performance. Particularly suitable for complex and high-precision...

    Bovisio-Masciago, Italy
  • Master E30

    Master E30

    • Manufacturer: Master

    Economy plunge EDM model with manual operation, suitable for simple processing occasions. Description Built-in data origin and centering setting function. Fully equipped with high-precision ball recirculating scr...

    Bovisio-Masciago, Italy

Overview

EDM (Electrical Discharge Machining) sinking, also known as die sinking, is a process where electrical sparks are used to erode material from a workpiece to create complex shapes and fine details. This technique is commonly used in mold-making, precision engineering, and the production of intricate parts that are difficult or impossible to machine using traditional methods.

FAQ

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

Check the machine's working hours, overall condition, and maintenance history. Ensure the electrical components and software are up-to-date and functioning properly.

How do I ensure the EDM sinking machine is shipped safely to my location?

Use a specialized transport service for heavy and sensitive machinery. Ensure the machine is well-secured, protected from moisture, and transported in a climate-controlled environment if necessary.

What is the maintenance schedule for an EDM sinking machine?

Regular maintenance includes checking the dielectric fluid levels, cleaning the machine, and inspecting the electrode and workpiece for wear and damage. Follow the manufacturer's manual for detailed maintenance guidelines and intervals.