Drill Bits Unlimted
0.0394" (1.00mm) Diamond Flute Carbide Router, .197" LOC, Up Cut, Drill Point R110
0.0394" (1.00mm) Diamond Flute Carbide Router, .197" LOC, Up Cut, Drill Point R110
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This Kyocera diamond pattern carbide router features a 0.0394" (1.00mm) cutting diameter, .197" LOC, 1-1/2" overall length, and a 1/8" shank, making it ideal for precision routing in abrasive composite materials.
The diamond pattern geometry uses a fine, multi-edge cutting structure that is gentler on brittle and fracture-prone materials, helping reduce chipping, delamination, and edge damage.
Designed for FR-4, G10, fiberglass, phenolic laminates, carbon fiber, and other abrasive composites, this tool delivers clean edges and consistent performance in demanding applications.
For extended tool life in highly abrasive materials, explore our diamond-coated (PCD) routers →
The up-cut design improves chip evacuation and enhances bottom-edge cut quality, making it well-suited for through-cuts and deeper routing passes.
This tool features a drill point tip, providing added strength for repeated plunging and entry into denser materials.
👉 View Diamond Flute Router Feed & Speed Chart
Typical Applications
- PCB routing (FR-4, G10)
- Fiberglass and phenolic laminate cutting
- Carbon fiber routing
- Abrasive composite machining
- Applications requiring repeated plunging
Benefits
- Diamond pattern geometry reduces chipping and delamination
- Up-cut design improves chip evacuation and bottom-edge finish
- Drill point tip provides strength for repeated plunging
- Longer .197" LOC allows deeper cutting capability
- Solid carbide construction ensures durability
Specifications
| Tool Type | Carbide Router |
| Geometry | Diamond Pattern |
| Tip Style | Drill Point |
| Cut Direction | Up Cut |
| Cutting Diameter | 0.0394" (1.00mm) |
| Length of Cut (LOC) | .197" |
| Overall Length | 1-1/2" |
| Shank Diameter | 1/8" |
| Material | Solid Tungsten Carbide |
| Manufacturer | Kyocera |
Tip style: Drill Point — reinforced tip for repeated plunging in denser materials.
About Diamond-Cut Routers:
Learn why diamond-cut routers excel at machining composites →
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