PCD Diamond Router Bit For Cement Fiber Board
Price range: $314.00 through $570.00
- Performance Guarantee
- Price Match Promise
GDP Tooling offers specialized PCD diamond tooling for machining Swisspearl® and other fiber cement board products. These highly abrasive materials can cause extremely rapid wear when machined with conventional carbide cutting tools, making polycrystalline diamond (PCD) tooling an excellent choice for production applications.
Our PCD tools are engineered specifically for the challenges of routing, trimming and machining dense, abrasive fiber cement and cement composite panels, providing excellent cut quality, extended tool life and consistent performance.
Have a Question?
Ask about this product
PCD Diamond Router Bit For Cement Fiber Board
Series 6 PCD Diamond Router Tool
The Series 6 features three PCD diamond cutting tips brazed to a solid carbide body with an aggressive down-shear cutting geometry.
When machining dense, highly abrasive materials such as fiber cement board, minimizing the cutting diameter helps reduce cutting forces, heat generation and unnecessary tool wear.
The Series 6 combines a compact cutting diameter with durable PCD cutting edges to provide efficient material removal and long service life in demanding fiber cement applications.
Series 6815 Alternate-Shear PCD Tool
The Series 6815 features two long PCD diamond cutting edges with an alternate-shear configuration — one upcut cutting edge and one downcut cutting edge.
This opposing shear geometry helps optimize edge quality on extremely abrasive fiber cement materials while providing a clean cut on both surfaces of the panel.
The Series 6815 is particularly well suited for pre-finished fiber cement and cement composite products, where minimizing edge damage and maintaining a high-quality finish are critical.
Combined with the exceptional wear resistance of PCD, the alternate-shear design provides excellent cut quality while delivering significantly longer tool life than conventional carbide tooling in highly abrasive applications.


