EDM Start Hole Drilling into Carbide

Eroding Result: Process reliability & highest precision with AGEMA Machines 

The following advantages result from erosive machining and EDM Start Hole Drilling into carbide on an AGEMA EDM Machine.

  • High process reliability due to years of process optimization and experience

  • No influences on finished secondary areas

  • Minimal damage of the materialdue to low thermal impact in carbide, thus avoiding microcracks

  • High surface quality

  • Optimum flushing effect within the drilling hole due to low-viscosity dielectric

AGEMA Startlocherodieren in Hartmetall
AGEMAStartlocherodieren in Hartmetall
AGEMA Startlocherodieren in Hartmetall
AGEMAStartlocherodieren in Hartmetall

 NON-DESTRUCTIVE GENERATION OF DRILLING HOLES

Through mineral oil as dielectric we achieve highest precision and quality in our eroding result in carbide: Our IME 56 dielectric is an extremely thin liquid dielectric with the lowest possible surface tension. The dielectric is particularly suitable for work in the finest finishing area with a small spark gap, e.g. for micro-bores and when eroding carbide and steel components in microelectronics. 

A comparable surface quality is not possible with a deionized water machine.

NON-DESTRUCTIVE GENERATION OF DRILLING HOLES

EDM Start Hole Drilling into Carbide: We offer test processings.

We are happy to offer trials on your workpieces or test processings.
Contact us or or one of our international sales partners.

Problems during the EDM process

Despite the maximum removal rate, structural changes and pitting should be avoided. Fundamental AGEMA concepts are high flashover strength, low viscosity, a good thermal conductivity and chemical stability even at the highest temperatures of the mineral oil-based dielectric. The use of this dielectric is only possible with the coordinated and gentle generator technology. Result: a comparable surface quality is not possible with a deionized water machine.

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