Machining the part is only half the story. Once a turbine component is in service, it needs to survive years of friction, heat, and wear — and Abrasive Techno......
Electroplating works through a straightforward and powerful process: an electrochemical bath mechanically traps abrasive particles, either diamond or Cubic Bor......
For applications that demand even higher diamond exposure and durability, Abrasive Technology turns to a different bonding approach entirely: P.B.S.® Braz......
Where electroplated tooling covers the broad range of drilling, routing, and finishing work, Abrasive Technology's proprietary P.B.S.® Braze process is th......
Shops often face trade-offs between strength, surface finish, and tool life. Removing material too aggressively can lead to delamination or a rougher finish th......
Drilling and routing get a part to shape, but reaching a true finish-grade surface on a composite part often comes down to manual or semi-automated work at the......
When production needs are urgent, foundries can't afford to wait weeks for custom grinding solutions. This is why Abrasive Technology has designed our manufact......
When superabrasive tools are properly set up, they can have a big effect on foundry cycle times. A custom-engineered superabrasive wheel can often do the same ......
The foundry industry has a problem that won't go away: how to efficiently machine some of the hardest materials used in manufacturing. These materials push tra......
