Fast, accurate electrical discharge machining

Where wire EDM is concerned, accuracy has traditionally come at the cost of speed. That’s why FANUC has developed a next generation ROBOCUT wire-cutting machine. The α-CiC series comprises two versatile all-rounders. With incredibly long mean times between failures, low maintenance, longevity and excellent uptimes, these future-proof spark erosion machines are designed to save time and drive down unit costs while ensuring superlative accuracy and cutting efficiency.

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ROBOCUT wire EDM offers:

  • latest CNC and servomotor technology
  • generator designed for maximum reliability
  • capable of cutting thick, stepped and tapered parts
  • multi-workpiece machining
  • easy-to-use Core Stitch function for even longer unmanned machining
  • wire threading in just 10 seconds
  • automatic in-path wire re-threading
  • accurate twin servo wire tension control
NEW MODEL WITH RIGID 800 MM TABLE FOR GREATER VERSATILITY

Spark erosion meets manufactured efficiency

Intelligent wire EDM software for more efficiency

Automatické závitovanie drôtu iba za 10 sekúnd

Unikátna závitovacia technológia Automatického podávania drôtu AWF3 od spoločnosti FANUC umožňuje rýchle a spoľahlivé automatické závitovanie len za 10 sekúnd. Aby sa zabezpečilo spoľahlivé závitovanie a opätovné závitovanie, drôty sa režú elektricky, vďaka čomu je ostrý koniec úplne rovný a bez otrepov, a to dokonca aj pri mäkkých drôtoch. Pri závitovaní drôtu pomáha prúd vody, vďaka čomu je závitovanie jednoduché a veľmi rýchle.

Easy-to-set CORE STITCH function

ROBOCUT α-CiC series’ CORE STITCH function allows you to better plan cutting jobs and extend unmanned machining hours. Stitch points are set directly on the wire-cutting machine’s CNC without any pre-programming. Used in combination with the re-threading in the wire path function, this is the ideal solution for long lasting unmanned machining and multi-workpiece cutting processes. When the job is done you simply knock out the cores manually without any risk to the machine.