Charmilles Robofil !link! -
| Problem | Likely Cause | Solution | | :--- | :--- | :--- | | | Poor conductivity / wrong offset | Check workpiece ground. Increase FUSE parameter by 10%. | | Wire breaks in cut | Flushing pressure too high/low | Reduce lower nozzle pressure if top surface is splashing. | | Auto-threading fails | Dirty pinch rollers or worn cutting tube | Clean rollers with alcohol. Replace ceramic cutting tube (every 500 hrs). | | Surface finish is rough | Old dielectric water / worn guides | Check resin color (blue=good, brown=bad). Replace lower guide. | | Taper angle error | Incorrect wire center compensation | Re-run WIRE CALIBRATION cycle for U/V axes. |
Do not exceed 85% of max machine speed for long runs – it overheats the power supply. charmilles robofil
, are capable of achieving crystallographic orientations with a precision of ±1∘plus or minus 1 raised to the composed with power : Machines like the Robofil 310F | Problem | Likely Cause | Solution |
The Charmilles Robofil has had a significant impact on the manufacturing industry, enabling companies to produce complex shapes and geometries with unprecedented accuracy and precision. Its high-speed machining capabilities and advanced CNC system have reduced cycle times and increased productivity, making it an essential tool for manufacturers in a range of industries. | | Auto-threading fails | Dirty pinch rollers
Does your shop run a Charmilles Robofil? Share your best surface finish settings or your worst wire break story in the comments below. For pricing on new wire guides, filters, or contact brushes for the Robofil series, contact your local GF Machining Solutions distributor.