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DIAMOND-CUT CARBIDE ROUTER BURRS 1/8" (.1250") Diameter from Kyocera

DIAMOND-CUT CARBIDE ROUTER BURRS 1/8" (.1250") Diameter from Kyocera

Part Number: 2100.1250.472

SKU: 151864990111

Manufacturer: Kyocera

1-9 10-49 50+
Regular price $1.95 USD
Regular price Sale price $1.95 USD
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PRODUCT STATS

brand Kyocera
cutting diameter 0.125"
cutting size 1/8"
diameter 0.125"
end type Fishtail
flute length 0.472"
flute style Diamond Cut
length 1.5"
material Solid Carbide
materials drilled Composite Materials, Fiberglass, Carbon Fiber, Wood
MPN 2100.1250.472
overall length 1.5"
shank size 0.125"

Diamond-cut carbide router burrs are precision-engineered cutting tools designed for intricate and efficient material removal. Crafted from high-quality tungsten carbide, these burrs feature industrial-grade diamond-cut edges that deliver exceptional durability and cutting prowess.

Their design incorporates sharp, fine-grained diamond-cutting surfaces, allowing for precise and clean cuts across various materials such as wood, metals, plastics, and composites such as carbon fiber. Whether used in printed circuit board depanelization, woodworking, metalworking, or sculpting, these burrs showcase unparalleled hardness and wear resistance, ensuring extended longevity and consistent performance even under demanding conditions.

With a diverse range of shapes and sizes available, these burrs offer versatility for intricate detailing, shaping, carving, and finishing work. The precision-engineered geometry and cutting edges enable them to efficiently tackle intricate patterns, contours, and fine details while maintaining exceptional precision and control.

Moreover, their compatibility with different rotary tools and routers makes them a valuable asset for craftsmen, artisans, and professionals seeking high-quality and reliable cutting tools for intricate and demanding applications. Whether in hobbyist workshops or industrial settings, diamond-cut carbide router burrs stand out as indispensable tools for achieving precision and finesse in material shaping and removal.

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