Router bit GRAPHITE 56H236 — single pack (1 pc)

GRAPHITE 56H236 router bit supplied as a single unit (1 pc) is a shoulder milling cutter with bearing designed for router machining of wood, wood-based materials and plastics. The tool has a carbide-tipped head and a built-in guide bearing to ensure consistent profiling and edge guidance. Its working part measures 38.4 mm in diameter with a cutting height of 17.5 mm and a 12 mm shank for compatibility with standard router collets.

Advantages

The cutting inserts are made of sintered carbide, providing improved wear resistance and longer life compared with high-speed steel. The integrated bearing simplifies edge-following and repeatable profiling without additional jigs. A 12 mm shank ensures secure mounting in common routers and trimmers, while the compact dimensions allow controlled material removal and accurate shoulder cuts.

Suitable for

• Shaping and trimming solid wood and soft hardwoods
• Processing chipboard, MDF and other wood-based panels
• Trimming and profiling PVC and some plastic laminates
• Edge work where guided bearing operation is required

Key specifications

• Tool type: shoulder milling cutter with guide bearing
• Cutting material: sintered carbide inserts
• Head diameter: 38.4 mm
• Cutting height: 17.5 mm
• Shank diameter: 12 mm
• Primary application: routing, profiling and edge trimming

How to use

Fit the router bit into a router or trimmer with a compatible 12 mm collet and tighten according to the machine manufacturer’s instructions. Set router speed appropriate to the work material—moderate speeds for chipboard and laminates, higher speeds for solid wood—then engage the bearing against the workpiece or template to guide the cut. Make multiple light passes rather than a single deep cut to preserve the carbide inserts and achieve a clean finish. Always secure the workpiece and keep feed direction consistent with the cutter rotation.

Usage recommendations

Use proper personal protective equipment, including eye and hearing protection. Check the bearing and inserts for wear before each use and replace the bit if cutters are chipped or bearing play appears. For best results, test cuts on scrap material to fine-tune speed and feed rates for the specific workpiece.