ALUMINA PCD INSERTS
ISO PCD Inserts
ISO PCD inserts are advanced cutting tools made with Polycrystalline Diamond (PCD) edges, designed for high-precision machining applications. These inserts offer superior surface finish and exceptional wear resistance compared with conventional carbide solutions. As a result, they are widely used for machining aluminum alloys, composites, plastics, and other non-ferrous materials where surface quality and tool life are critical.
Because PCD cutting tools deliver low friction and excellent hardness, they consistently outperform traditional inserts in demanding production environments. Additionally, standardized ISO geometries make it easy to select the right insert and toolholder combination for a range of operations.
What Are ISO PCD Inserts?
ISO PCD inserts are indexable cutting tips with a Polycrystalline Diamond layer bonded to a wear-resistant substrate. Unlike conventional carbide tools, PCD inserts provide extremely high abrasion resistance and very low cutting forces. As a result, they are ideal for precision finishing, high surface quality requirements, and high-throughput production machining.
Moreover, these inserts are manufactured according to ISO tool standards, allowing compatibility with a wide variety of toolholders and machining platforms.
Applications:
- Precision machining of non-ferrous materials such as aluminium, copper, brass, and plastics.
- Suitable for high-speed finishing and semi-finishing operations.
- Widely used in automotive, aerospace, mould, and general engineering sectors.
- Compatible with CNC lathes, turning centers, and milling machines.
Key Advantages:
- Polished rake surface minimizes friction and prevents built-up edge formation.
- Excellent chip evacuation for improved surface consistency.
- Extended tool life under high-speed cutting conditions.
- Reduced heat generation ensures dimensional stability and accuracy.
- Precision-ground cutting edges deliver superior finish quality.
- Consistent performance and repeatability across production runs.
Finished Output:
- Mirror-like surface finish with minimal burrs.
- Bright, smooth, and dimensionally accurate machined surfaces.
- Reduced need for secondary polishing or finishing operations.
- Ideal for high-precision and aesthetic component applications.
TNMA
CCMW
CNMA
VBMW
