MINI ROUTER BIT 4.8MM STRAIGHT 3.2MM SHANK

Shape: Straight
Shank Diameter: Ø3.2mm
Tip Diameter: Ø4.8mm

This Mini Straight Router Bit is a versatile and essential tool for craftsmen, model makers, and DIY enthusiasts who require precise, medium-width channels on a smaller scale. Featuring a 4.8mm cutting diameter and a standard 3.2mm (1/8') shank, it is perfectly sized for use with high-speed rotary tools and miniature router attachments. This specific diameter offers a sturdy middle ground, providing more material removal than a micro-bit while maintaining the agility needed for intricate hobby work.

The bit is specifically engineered for slotting, grooving, and plunging into a variety of materials. Because it features a flat-bottom cutting geometry, it produces perfectly vertical sidewalls and a smooth, level base within the cut. This makes it an ideal choice for milling tracks for small sliding doors, creating recessed channels for inlay work, or cutting precise dadoes and mortises for architectural models and dollhouse furniture.

In addition to joinery, this 4.8mm straight bit is excellent for clean-out and template work. Its wider cutting surface compared to micro-straight bits allows you to clear out larger areas of material more efficiently while still fitting into relatively tight corners. The high-quality cutting edges are designed to eject chips quickly, which helps prevent heat buildup and ensures a crisp, burn-free finish in both hardwoods and softwoods.

Designed for stability and accuracy, the bit's balanced construction minimizes vibration even at high RPMs. Whether you are freehand carving, following a guide for a straight edge, or milling a custom groove for electronic components in a hobby project, this mini straight bit provides the professional-grade control required for high-definition woodworking and repair tasks.

Application:

• Max RPM: 35 000 RPM
• Hardwood: 25 000 - 25 000 RPM
• Softwood: 30 000 - 35 000 RPM
• Engraving
• Sign-making
• Modelling
• Crafting
• Fine woodworking
• Contractor
• Fabrication
• DIY