Cylindrical Cutter Dedra 07F662 12×25 mm, 6 mm shank

Solid cylindrical cutter Dedra 07F662 with a 12×25 mm cutter head and a 6 mm shank is intended for cutting, shaping and machining of workpieces on rotary tools and compact milling machines that accept a 6 mm shank. The straight-ended profile and compact head size make the tool suitable for controlled material removal, profiling and slotting in wood, plastics and soft non-ferrous metals. The cutter is produced to provide a consistent cutting edge for small-scale shaping operations and light-duty machining.

Advantages

The Dedra 12×25 mm cylindrical cutter features a solid construction and a 6 mm shank for secure clamping in common collets and chucks. Its straight end geometry offers predictable cutting behavior and ease of use for precision profiling. The compact head diameter and length allow access to narrow areas and fine detail work, while the tool’s design minimizes vibration during light-duty cuts. Suitable cutting materials include various types of wood, synthetic polymers and soft metals where a small-diameter straight cutter is appropriate.

Suitable for

• Profiling and edge finishing on wooden components
• Slotting and material removal in plastics
• Light machining and deburring of soft non-ferrous metals
• Detail work with rotary tools and small milling machines

Key specifications

• Cutter head diameter: 12 mm
• Cutter head length: 25 mm
• Shank diameter: 6 mm
• Geometry: straight-ended cylindrical cutter
• Material compatibility: wood, plastics, soft non-ferrous metals

How to use

Secure the 6 mm shank of the cylindrical cutter in the appropriate collet or chuck of your rotary tool or compact milling machine. Select a suitable spindle speed and feed rate for the material being machined—lower speeds and light feeds for plastics and soft metals, moderate speeds for most woods. Steady, controlled passes produce the cleanest results; avoid heavy cuts that could overload the cutter. Keep the workpiece firmly clamped and use appropriate personal protective equipment when operating rotary tools.

Usage recommendations

For best results, test cutting parameters on a scrap piece of the same material before final machining. Use cooling or compressed air to clear chips when working with plastics or metals, and periodically inspect the cutter for wear to maintain clean edges and consistent performance.