When it comes to electrode production, workholding and automation technology must be accurate and consistent to ensure repeatability and reduce machining time.
Advancements in EDM processes in terms of machining speed and surface finish improve overall accuracy, productivity and profitability.
Electrical discharge machining (EDM), also known as spark erosion machining, is a nontraditional method of removing metal by a series of rapidly recurring electrical discharges (that are the equivalent of tiny lightning bolts) between an electrode (the cutting tool) and the workpiece in the presence of dielectric fluid.
Using the graphite TCO model shows business owners how to save time and money in their EDM operation.
An actual application and comparison of the cost effectiveness of two different electrode materials.
The production of fine surface finishes in the cavity does not come with the technological improvements of the EDM sinker unless an electrode material of higher quality is used.
Every shop that uses EDM drilling technology is a prime candidate for automation. Some just don't know it yet.
A look at the technological advancements of HSM centers that provide the efficiency and quality required for milling graphite electrodes, particularly small electrodes with intricate features and thin-walled characteristics.
A look at how electrode accuracy directly impacts the overall value of the mold build process.
Graphite selection is the key to achieving optimum performance from the equipment on your shop floor.