YCM Sinker EDM Features Large Work Envelope
The Exeron 316 Sinker EDM features heavy-ribbed and welded construction for added strength and stability.
Share





YCM Technology USA Inc.’s Exeron 316 sinker EDM machine is designed for die/mold and general-parts machining associated with medical equipment, automotive, aerospace, defense and energy applications.
The Exeron 316 Sinker EDM features heavy-ribbed and welded construction for added strength and stability. Digital AC servo direct drives and glass scales provide maximum travel and control dynamics in all axes. The ability to raise and lower the tank, when filled, provides greater access to the workpiece while saving time by not having to fill and empty the tank.
The machine features high-precision, single-digit micron tolerances, and what is said to be one of the largest work envelopes in its class. Supporting parts up to 17,000 lbs on a 68.9" × 53.1" table, and a travel of (X) 59.1" × (Y) 46.5" × (Z) 31.5", the sinker EDM is efficient, flexible and reliable.
The Exeron 316 Sinker EDM machines are available exclusively through YCM Technology as part of the YCM Alliance, which includes YCM Machine Tools (milling, turning and wire EDM), TriMill Machine Tools (gantry-type portal milling), Exeron (sinker EDM and ultra-high-speed milling) and KMC (head changing milling).
The YCM Alliance program is solution-focused; like-minded machine tool brands, dealers and solution matter experts work together to supply application-based systems designed to help customers improve processes, quality, and overall machining productivity. Participating YCM Alliance partners subscribe to a common assessment process designed to better understand each customer’s unique requirements, challenges and goals. The result is a comprehensive solution that takes into consideration process, machine types, configuration, special layout, financing, cost justification and return on investment (ROI).
Related Content
-
How to Mitigate Chatter to Boost Machining Rates
There are usually better solutions to chatter than just reducing the feed rate. Through vibration analysis, the chatter problem can be solved, enabling much higher metal removal rates, better quality and longer tool life.
-
How to Successfully Adopt Five-Axis Machining
While there are many changes to adopt when moving to five-axis, they all compliment the overall goal of better parts through less operations.
-
How to Determine the Currently Active Work Offset Number
Determining the currently active work offset number is practical when the program zero point is changing between workpieces in a production run.