Cutting Milling Cutter with Teeth Dedra B10×20 mm, Shank 6 mm

Cylindrical cutting milling cutter Dedra B10×20 mm with cutting teeth and a 6 mm shank designed for milling operations on materials compatible with its tooth geometry and cutter size. The tool is intended for use in routers, milling machines or rotary tools equipped with collets or chucks that accept a 6 mm shank. Its compact 10 mm diameter and 20 mm cutting length allow access to narrow grooves and detailed profiles while the cutting teeth provide cutting action suitable for profile shaping, slotting and light finishing tasks depending on the workpiece material and machine setup.

Advantages

The Dedra cutting milling cutter combines a small-diameter body with a standardized 6 mm shank for broad compatibility with common tool holders. Its cutting teeth geometry is matched to the cutter size to provide predictable chip removal and controlled cutting forces. The 20 mm cutting length gives a balance between reach and rigidity, reducing deflection in typical woodworking and light metalworking applications. The compact design simplifies operations that require precision in confined spaces.

Suitable for

• Profiling and edge shaping in wood and wood composites
• Creating narrow slots and grooves
• Light finishing passes on plastics and soft non-ferrous metals
• Detail work and small-scale milling tasks in model making or cabinetmaking

Key specifications

• Cutting diameter: 10 mm
• Cutting length: 20 mm
• Shank diameter: 6 mm
• Tool type: cylindrical cutting milling cutter with teeth
• Intended applications: profiling, slotting, finishing depending on material

How to use

Install the cutter in a compatible collet or chuck that securely accepts a 6 mm shank, ensuring correct runout and secure clamping. Select appropriate spindle speed and feed rate according to the workpiece material, tool diameter and machine rigidity. Make progressive passes rather than heavy full-depth cuts to reduce load on the cutter and machine. Use appropriate coolant or dust extraction when machining materials that generate fine dust or thermal load. Inspect the cutter before use for signs of wear or damage and replace if cutting performance degrades.

Usage recommendations

For best results, start with conservative cutting parameters and increase feed or depth of cut in small increments while monitoring surface finish and machine vibration. Use suitable protective equipment and proper clamping of the workpiece. Match cutter selection to material: wood and composites generally allow higher feeds, while plastics and soft metals require controlled speeds to avoid melting or clogging.