EDM Graphite Enables Moldmakers to Meet Strict Precision Requirements
Entegris Poco Materials highlights its EDM-3 graphite, known for exceptional strength, wear resistance and fine surface finish characteristics and thus an ideal solution for moldmakers’ most demanding applications.
Source | Entegris Poco Materials
Entegris Poco Materials highlights its EDM-3 graphite, known for its exceptional strength, wear resistance and fine surface finish characteristics — making it an ideal solution for moldmakers’ most demanding applications.
In the competitive moldmaking industry, new trends and demands in the market have produced a world where applications are growing increasingly complex and challenging to develop. This has an enormous effect on sinker EDM processes, as its evolution demands smaller, more detailed parts and a rigorous evaluation of the electrode materials used by manufacturers.
Specializing in EDM graphite, Entregris Poco Materials helps customers overcome these challenges by helping produce multi-cavity, intricate molds with thin cross sections, sharp corners, small radii, complex angles and fine finishes. The company’s products enable moldmakers to meet strict requirements for precision while producing complex geometries that are vital in various industries like automotive, aerospace, medical and consumer applications.
Related Content
-
Impact of Bio-Based and Recycled Resins on Molds
Recycled and biodegradable resins require tooling considerations for varying material properties, temperatures and consistent product quality.
-
Project Reveals Added Benefits of New P20 Grade Steel in Machinability, Cycle Time and No Stress Relief
MoldMaking Technology's Christina Fuges talks with General Motors' Shane Appel about a project testing a new P20 steel grade's dimensional stability.
-
Mold Materials, 3D Printing Technologies for Next-Gen Moldmaking
As moldmaking advances, so too do the materials and processes involved in their efficient production, including these latest mold materials and 3D printing technologies.
