An angled blisk tool with forward and reverse cutters enables continuous controlled fracture machining of thin, complex blade curves with less heat distortion.
A center-mounted probe or optical sensor enables fast, repeatable in-process measurement in multi-axis tool machining with less thermal and contamination impact.
An integrated drilling and rotary broaching aggregate enables precise complex hole geometries on 3-5 axis machine tools.
An optical measuring system at the rotary-axis center enables fast in-process tool checks while resisting thermal drift and contamination.
A rotating cutting edge with superimposed linear motion machines rails at high feed rates while avoiding waviness, track marks, and grinding.
A magnifying-glass slot and offset fastener secure trim without nails, enabling clean removal, reuse, faster painting, and fewer water intrusion points.
A movable hook retracts on the push stroke and cuts on the pull stroke, reducing barrel burring, tool wear, and rifling time.
Dual-end blade portions cut resin on male splines during forward and return strokes, enabling clean processing on stepped shafts without scratching.
Large wedge angle and integrated profiling surface prevent cutting edge damage during composite material processing, reducing tool wear.
Lateral coolant outlets on the holder support direct fluid to cutting edges for precise lubrication.
Sliding carriage with adjustable angle plate sets precise cutting edge geometry, eliminating skill-dependent manual control errors during blade maintenance.
Linear motion drives a non-rotating tool to fracture brittle materials, increasing removal rates and surface finish quality.