Learn how to choose the right PDC cutters for deep and hard rock formations. Explore diamond thickness, thermal stability, impact toughness, cutter geometry, and bit design.

CMP (Chemical Mechanical Polishing) technology for CVD diamond enables ultra-smooth surfaces with nanometer-level roughness. By combining mechanical abrasion with chemical reactions, CMP delivers supe...

Learn how a customer optimized the grinding process for PCD scissors using vitrified and resin bond grinding wheels. This case highlights efficiency improvements and multi-material grinding solutions ...

"Learn why resharpening PCD woodworking tools with ceramic diamond grinding wheels is crucial for optimal performance. Discover how using 400# and 800# wheels prevents tool chipping, improves surface ...

Moresuperhard recommends ceramic bond diamond grinding wheels for the rough grinding of the cylindrical surface of the diamond layer on PDC cutters. These wheels demonstrate excellent efficiency and c...

PCD tools offer excellent hardness and wear resistance for machining difficult materials, but grinding them poses unique challenges. This article explores common issues such as chipping, high surface ...

Discover how our 3A1 ceramic diamond wheel helped a client achieve ultra-precise PCD reamer grinding. Learn how adjusting bond hardness and grit size resolved issues with carbide shank grinding for be...

Diamond wafers have great potential in high-end fields such as quantum computing, microwave power devices, and semiconductor lasers due to their ultra-high hardness, excellent thermal conductivity, an...