Feature

●Engraving Router Bit: Shank Diameter: 3.175 mm; Tip Size: 0.3 mm; Cutting Angle: 10 degree Sharp edge provides smooth cutting and reduces cutting resistance. Fits most small rotary tools and grinders
●General Purpose: Can be used for engraving, cutting, milling machines, slots, 2D or 3D carving, surface processing, etc. MDF, ABS, PVC, wood, plywood, hardwood, double color board, acrylic, nylon, plastic etc
●Carbide Tools: Made of carbide (tungsten steel), it has excellent hardness, abrasion resistance, toughness, and heat resistance. Provides good cutting strength and drilling effect. High speed carving and cutting to improve efficiency
●Easy to use: Use with engraving machines. Increase speed and lower feed speed to prevent tool damage when carving hard materials. The longer the length of the tool you clamp with the chuck, the better!
●Tip: In combination with the materials to be processed, select the appropriate feed and cutting speed to improve tool life and improve processing accuracy and performance


Description

Specifications:


Shank Diameter: 3.175 mm

Tip Size: 0.01 inches (0.3 mm).

Cutting angle: 10 degrees

Flute Length: 14 mm

Total length: 1.1 inches (27 mm)

Material: Solid carbide (tungsten steel)

Package includes: 4 x Carving Router Bits

Description:

Sharp edges provide smooth cutting and no glitch. The 3.175mm shank fits most small rotary tools and grinding machines when finishing, grinding and molding the job. Deep angles and sharp points allow for accurate detail.

Can be used for engraving, cutting, milling machines, slots, 2D or 3D carving, surface processing, etc. Suitable for carving MDF, ABS, PVC, wood, plywood, hardwood, double color board, acrylic, nylon, plastic, etc.

Made of solid carbide (tungsten steel) which has high hardness, abrasion resistance, toughness and heat resistance. Provides good cutting strength and drilling effect. High speed carving and cutting to improve efficiency.

Increase speed and lower feed speed to prevent tool damage when carving hard materials. The longer the length of the tool you clamp with the chuck, the better!

In combination with materials to be processed to select the appropriate feed and cutting speed to improve tool life and improve machining accuracy and performance.