Reliable Precision Subcontractor for Tool Shops
Precision PG Inserts for Trial and Modification Molds
Precision PG Inserts for Trial and Modification Molds
Precision PG Inserts for Tooling
Capacity
| Item | Capability |
|---|---|
| Process | PG Grinding |
| Tolerance | ±0.001 ~ ±0.002 mm |
| Surface Finish | Ra 0.2 / 0.4 |
| Materials | SKD11, DC53, SKH-9, Tungsten Carbide |
| Heat Treatment | Soft & hardened |
| Key Strength | Tight fit, precise assembly, repeatable dimensions |
Why Choose PG Inserts?

Accurate fitting reduces assembly adjustments

Stable repeatability for replacement inserts

Controlled dimensions and surface finish
Hepha Precision produce every insert according to customer drawings or sample. We use PG grinding to ensure profile accuracy, surface quality and dimensional stability. Therefore, the inserts not only fits reliably in mold or die assemblies, but also provides stable repeatability for replacement inserts. Downtime reduced and production efficiency improved.
Available Materials for Mold Inserts
| Material | Description / Application |
| SKD11 (D2) | High wear resistance, common for stamping dies |
| DC53 | Improved toughness and wear resistance |
| SKH51 / M2 | High-speed steel for demanding applications |
| SKH9 | Suitable for high-load tooling |
| Tungsten Steel (Carbide)* | High hardness for specific applications |
| Customer-Specified Tool Steel | Available upon request |
* Carbide inserts subject to design feasibility.
Final specifications are confirmed based on drawing review and application requirements.
Precision PG Inserts – Applications
Mold Making
Stamping Dies
Tooling & Die Assembly
Custom / Non-Standard Applications
Wear-Resistant Applications
Notes for Engineers



Precision tolerance values apply to critical functional dimensions
Surface roughness depends on profile complexity and material
PG profile grinding is applied to key fitting and functional areas
Choose Hepha Precision PG Inserts for high-precision, durable, and reliable mold and stamping solutions that meet the demanding standards of modern tooling engineering.





