HARFINGTON 45 Degree Chamfer Router Bit 1/4 Inch Shank 3/8" Cutting Edge Carbide Tip with Bearing for Woodworking Milling Cutter Tool, Gold

The tip is made of industrial-grade micro-carbide with heat-resistant coating. The handle is made of alloy steel. Anti-rebound design ensures excellent wear resistance and long service life.1/4" shank made of carbide steel with heat treatment for reduced vibration and enhanced stability. Equipped with a guide bearing for precise cuts and rust-proofing for stable operation. Reduces setup time on curved workpieces, enhancing efficiency and accuracy.Suitable for cutting synthetic materials, MDF, PCB, plywood, hardwood, solid surface, wood, and wood composite materials. Achieve exceptional performance while avoiding cutting metal or non-wood materials such as steel, iron, and sand.Make sure the wood advance speed is steady and not too fast during router bit operation to maintain optimal cutting performance and safety.To maximize the life and performance of your router bit, it is critical to control the wood advance speed and avoid using the tool on non-wood materials.

• Size - Shank: 1/4-Inch; Cutting Angle: 45°; Cutting Length: 3/8"; Cutting Height: 0.6" / 14mm; Cutting Diameter: 1" / 26.5mm; Total Length: 2" / 52mm.
• Material - Tool head crafted from YG6 alloy for durability, tool body made of 45# carbon steel for strength. The combination ensures long-lasting performance and excellent wear resistance. A reliable choice for precision cutting tasks.
• Feature - The 1/4" shank is made of steel and is heat treated for less vibration and greater stability. The tool features a guide bearing and is rust-proofed for more stable operation. Reduces setup time on curved workpieces.
• Application - This roundover router bit is suitable for cutting synthetic materials, MDF, PCB, plywood, hardwood, solid surface, wood and wood composite materials with excellent performance, avoiding cutting metal and non-wood materials such as steel, iron and sand.
• Note - Make sure the wood advance speed is steady and not too fast during router bit operation to maintain optimal cutting performance and safety.