Peak Machine Sales proudly offers EDM consumables and parts for all makes and models including AgieCharmilles, Mitsubishi, Makino, Sodick, and more!
GF Machining Solutions offers you a wide range of certified EDM wires perfectly adapted to your machining requirements.
A wire EDM machine has a very wide range of applications and the choice of wire is crucial in order to obtain the best productivity and optimum results in terms of speed, precision and surface finish. Processes for technological development, product accreditation and production control in cooperation with strategic partners ensure that with GF Machining Solutions certified wire your equipment is operating at peak precision and performance. Even if you do not have any GF Machining Solutions machines, you can benefit from Operations Support.
GF Machining Solutions EDM Consumables Catalog
Unlock the power of your AgieCharmilles CUT series Wire EDM machine with SMART Wire
What You Should Know:
Process Continuity
Wire length monitoring advances your unmanned productivity and your confidence that wire length is sufficient to complete the process.
Process Traceability
Information in the machine report collects wire data (manufacturing date, lot number, wire type, etc.) to meet your customers' traceability requirements.
Process Enhancement
Automatic wire technology check ensures that your wire technology matches the wire loaded on the machine and optimizes your performance.
With SMART wire, GF Machining Solutions positions you to use your machine to its full potential and achieve Industry 4.0-level process control. SMART wire spools are equipped with radio frequency identification (RFID) chips to store wire characteristics and traceability-related data. SMART wire helps you avoid unexpected interruptions by monitoring the wire length remaining on your machine, and wire traceability is enhanced by the wire data in the machine report. Furthermore, you always know you're using the correct wire because SMART wire checks the wire technology selected on the machine. Click Here to Learn More






