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 Rp Ms. 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.

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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