Wood Router Bit Condor CON-RB-203 straight 10 x 25 mm, 8 mm shank

The Condor CON-RB-203 straight wood router bit has a 10 mm cutting diameter and 25 mm cutting length, mounted on an 8 mm shank. It is designed for cutting, trimming and slotting operations in solid wood and wood-based materials. Compatible with handheld routers and router tables that accept 8 mm shanks, this router bit is intended for a range of joinery and general woodworking tasks where a straight, precise cut is required.

Advantages

This straight router bit provides clean, straight cuts with consistent depth thanks to its 25 mm cutting length and 10 mm diameter. The 8 mm shank delivers stable clamping in compatible collets, reducing runout and vibration during use. Its geometry is suitable for producing accurate slots, rabbets and edge trimming while maintaining wood surface quality; the design supports use in both portable routers and table-mounted setups.

Suitable for

• Cutting straight grooves and slots in solid wood and plywood
• Edge trimming and cleaning up joints on workpieces
• Routing dadoes, rabbets and through-cuts for joinery
• Use in handheld routers and router tables with compatible 8 mm collets

Key specifications

• Cutting diameter: 10 mm
• Cutting length: 25 mm
• Shank diameter: 8 mm
• Type: straight router bit for wood and wood-based materials
• Typical applications: slotting, trimming, edge work, joinery

How to use

Install the router bit into a router or router table collet that accepts an 8 mm shank and ensure it is securely tightened to the manufacturer’s recommended torque. Set the cutting depth in small increments, perform test cuts on scrap material to confirm depth and alignment, and feed the workpiece against the rotation of the cutter at a steady, controlled rate. Use appropriate router speed for a 10 mm cutting diameter and the material being machined, and avoid excessive feed rates to reduce tear-out and bit wear.

Usage recommendations

Wear eye and hearing protection and follow standard dust extraction practices when routing. For best results, use sharp bits and maintain consistent feed and speed; for laminated or veneered panels consider climb cutting or multiple shallow passes to minimize edge chipping.