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The Studer WireDress system, which uses the wire “spark erosion process” to dress a metal-bonded grinding wheel while it is still mounted in the grinder, makes using these wheels more efficient and economical.
Here, a copper-tungsten rotary electrode shapes a diamond tool.
A cutting tool manufacturer uses multitasking equipment that combines electrical-discharge grinding and conventional grinding to speed the production of diamond tools.
Electrical discharge sawing uses spark-erosion technology and is said to create blanks from exotic alloys as much as 70 percent faster than wire EDM.
Rollomatic’s LaserSmart laser and ablation machine produces sharp corner radii in the polycrystalline diamond (PCD) industry with a maximum radius on the cutting edge below 1.0 micron.
Rollomatic’s LaserSmart laser and ablation machine produces sharp corner radii in the polycrystalline diamond (PCD) industry with a maximum radius on the cutting edge below 1.0 micron and can also produce a defined radius of 3, 6 and 9 microns.
GF Machining Solutions’ Form P 350 die sinking EDM features precision-enhancing qualities and integrated technologies that are said to enhance productivity and profitability.
By automating repetitive splitting and electrode-design work, an Ohio mold and die shop spurs creativity and expands EDM applications.
CAD/CAM software for moldmaking became one company’s “universal translator,” smoothing communication and interoperability between client, designer, machinist and machine.
To push past the limits of conventional EDM equipment, this German injection molding company adopted atypical micro-EDM “milling” technology to machine small molds for tiny, critical, injection-molded parts.
