Cutting Router Bit KLINGSPOR Frez HF 100 F, sintered carbide, 9.6 x 64 mm (295987)

The KLINGSPOR Frez HF 100 F is a sintered-carbide cutting router bit designed for precision milling and profiling in wood and wood-based materials. With a 9.6 mm cutting diameter and 64 mm overall length, this hard-alloy tool is intended for routing, shaping and edge work in carpentry and furniture production. Its sintered-carbide construction provides wear resistance and stable cutting performance for repetitive operations.

Advantages

The sintered-carbide tip maintains sharpness longer than standard high-speed steel, reducing downtime for re-sharpening and replacement. The rigid shank and balanced geometry deliver consistent cutting results with reduced vibration, helping to improve surface finish quality. Designed for professional woodworking machines, the cutter offers reliable dimensional stability and resistance to heat buildup during extended runs.

Suitable for

• Precision routing and profile work on solid wood
• Milling and shaping of plywood, MDF and other engineered board materials
• Edge forming and trimming tasks in furniture production
• Repeated production cuts where tool life and consistency are required

Key specifications

• Cutting material: sintered carbide
• Cutting diameter: 9.6 mm
• Overall length: 64 mm
• Shank type: straight cylindrical shank suitable for router collets sized to the diameter
• Typical applications: routing, profiling, edge work in woodworking

How to use

Install the router bit in a compatible router or spindle with a matching collet size and ensure it is securely clamped. Set appropriate rotation speed and feed rate according to the material being machined and the router manufacturer’s recommendations. Make shallow, controlled passes rather than removing excessive material in a single cut to avoid overheating and to maintain surface quality. Always use suitable dust extraction and observe machine safety procedures while operating.

Usage recommendations

For extended tool life, avoid excessive feed rates and reduce rotational speed when working with dense or laminated materials. Inspect the cutting edges regularly and replace the cutter when wear affects finish quality. Use appropriate clamping and support for workpieces to prevent chatter and ensure consistent profiles.