No.
CVD diamond is electrically insulating and therefore cannot be processed using EDM or EDG techniques. Laser cutting must be used for shaping, followed by high-vacuum active brazing to attach the diamond element to the tool body.

CFRP is an extremely abrasive material.
Studies show that CVD diamond, due to the absence of metallic binders, offers superior thermal stability and wear resistance.

In specific CFRP applications, tool life can be up to six times longer than that of conventional PCD, while significantly reducing fiber pull-out and burr formation.
 

Yes. 
While MID certified Energy Management is standard on the PP-S PLUS and PP-H, both models offer optional Remote Access and Data Collection to support data-driven manufacturing and smart factory environments.

Because in vacuum brazing:
•The diamond position is predefined.
•A paste-type brazing alloy with inherent viscosity is used; after drying, it provides initial positional stability
•Heating is uniform across the assembly, avoiding sudden localized melting
•Heating parameters are predefined, making alloy softening and melting behavior predictable
•Alloy wetting behavior is stable and controllable

In contrast, induction and torch brazing involve rapid localized heating. The brazing alloy may melt suddenly in a confined area without overall thermal equilibrium, which is why manual intervention is often required to prevent diamond movement.
 

The PP-H model comes standard with a 184mm chamber, MID certified Energy Management, and Cooling System Monitoring. It also includes safety alerts like Temperature Discrepancy and Annual Maintenance reminders.

Not necessarily.
In diamond tool applications, joint strength only needs to exceed the actual cutting load.
Vacuum brazing’s advantage lies in stability and repeatability, not extreme strength.

Pin Power provides an academically validated brazing solution.

Through precise temperature control (±3 °C accuracy) and high-efficiency vacuum purification, the system ensures that active brazing pastes form strong chemical bonds without compromising the diamond structure.

An active brazing alloy contains reactive elements (such as titanium) that form chemical bonds (e.g., TiC) with diamond surfaces at high temperature, allowing direct brazing without metallic coatings.