Shape: Straight
Shank Diameter: Ø3.2mm
Tip Diameter: Ø3.2mm
This Mini Straight Router Bit is a fundamental precision tool designed for woodworkers, model makers, and hobbyists
who require clean, narrow cuts on a small scale. Featuring a 3.2mm cutting diameter and a matching 3.2mm (1/8′)
shank, this bit is perfectly balanced for use with high-speed rotary tools and miniature router attachments. Its
slim, uniform profile makes it an essential ‘utility’ bit for any micro-woodworking toolkit where standard-sized
cutters are too bulky.
The bit is specifically engineered for slotting, grooving, and plunging into a wide variety of materials. Because
the cutting diameter matches the shank size, it allows for deep, narrow channels with perfectly vertical sidewalls
and a flat bottom. This makes it the ideal choice for cutting out custom inlay recesses, milling channels for small
sliding lids, or creating precise mortise-and-tenon joints for architectural models and dollhouse furniture.
Beyond decorative joinery, this straight bit excels at edge trimming and cutout work. When used with a straight-edge
guide or a template, it can easily profile the edges of thin wood sheets or plastic laminates. The high-speed steel
or carbide-tipped construction (depending on your specific grade) is optimized to clear chips quickly, reducing the
risk of heat buildup and ensuring a smooth, burn-free finish on both hardwoods and softwoods.
Designed for maximum control, the bit’s geometry provides a stable cutting experience even at high RPMs. Whether you
are freehand engraving, milling a track for a miniature sliding door, or simply cleaning up a rough edge, this mini
straight bit offers the surgical accuracy needed for high-definition projects. Its versatility and simple, effective
design make it one of the most frequently used bits for detailed craft and repair work.
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
