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LEADING THE WAY
IN CUTTING TOOL TECHNOLOGY

Experience the precision and performance of SwiftCARB.

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Proudly Made in USA

We provide the industry's fastest lead times, with coated tools manufactured in one week.

The new 2026 SwiftCARB Catalog.

Download our updated 2026 SwiftCARB catalog, featuring thousands of tools in stock. You can also download our all new SUPERBEE catalog, which includes several new tools for 2026.

Solid Carbide

Discover our range of solid carbide cutting tools, meticulously engineered to meet the demands of modern machining applications. From end mills to spot drills and chamfer mills, our tools deliver exceptional performance and reliability, empowering manufacturers to optimize their production processes.

Spinning AV Series Carbide Tool
Swiftcarb Soid Carbide Family

Select your material type, operation, end features or other tool types and we'll generate all the solid carbide and indexible options we have available that meet those criteria.

New to
SwiftCARB?

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SUPERBEE
Indexable Carbide Form Cutters

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SUPERBEE indexable carbide inserts offer several advantages over regular solid carbide tooling, particularly in applications where flexibility, cost-efficiency, and performance are critical. 

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SUPERBEE outperforms regular solid carbide tooling in environments that demand custom forms, operational flexibility, and lower overall tooling costs, especially in high volume machining.

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SUPERBEE will

save you time and money.

Boost Your Performance with PVD-Coating

Precision. Durability. Efficiency.

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Upgrade your tooling with the advanced benefits of PVD (Physical Vapor Deposition) coatings—designed to push your productivity further and extend tool life in even the most demanding applications.

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Superior Wear Resistance

A hard, durable coating protects the cutting edge, dramatically reducing wear and extending tool life—even in high-speed, high-load machining environments.

Exceptional Heat Resistance

PVD coatings act as a thermal barrier, enabling higher speeds and feeds without compromising tool integrity. Run hotter, cut faster.

Reduced Friction = Smoother Cuts

Lower friction between the tool and material leads to cleaner cuts, reduced cutting forces, and improved chip flow.

Better Surface Finish

Consistent performance and smooth cutting result in finer finishes, less secondary work, and greater part quality.

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