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Carbide End Mills
Microcut’s U.S.-made carbide end mills offer superior precision, durability, and performance. Available in various geometries, coatings, and flute counts to match your machining needs.
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Carbide End Mills - High Performance
Manufactured in the USA, our end mills are engineered to handle demanding materials and maximize efficiency.
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Diamond End Mills
Microcut’s American-made diamond-coated end mills provide unmatched durability and precision for machining hard and abrasive materials with ease.
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Plastic Cutting End Mills & Routers
Designed and manufactured in the USA, our plastic-cutting end mills and routers feature specialized geometries to ensure clean, precise cuts for plastic applications.
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Countersinks and Spotting Drills
Made in the USA, our countersinks and spotting drills are engineered with different flute counts and angles to ensure clean, precise hole preparation.
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Carbide Micro Drills
Microcut’s carbide micro drills are offered in general purpose and high performance geometries for the best options in small diameter hole making.
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Miniature Carbide Combined Drill & Countersinks
Double-ended tools with a 60° included angle are offered both coated and uncoated.
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Carbide Milling Cutters
Microcut’s specialty carbide milling cutters, including drill mills, corner rounding mills, and engraving cutters, are designed and manufactured in the USA for superior quality and performance.
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Plastic Cutting End Mills & Routers
Designed and manufactured in the USA, our plastic-cutting end mills and routers feature specialized geometries to ensure clean, precise cuts for plastic applications.
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Aluminum Routers
Microcut’s single-flute upcut routers, proudly made in the USA, are optimized for efficient aluminum machining with precision and reliability.
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Shear-Hog For Aluminum Inserts
Microcut’s Shear-Hog carbide inserts, made in the USA, deliver high-efficiency aluminum machining with excellent chip control and longevity.
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End Mill Extension Holders
Our American-made extension holders provide enhanced reach and precision for small-diameter milling, ensuring optimal performance without compromising accuracy.