CARBIDEMAX TCT ANNULAR BROACH CUTTERS
Steelbor CarbideMax TCT Cutters are used for fast, accurate broaching in tougher metal applications. They are fitted to magnetic drilling machines and cut a ring of material, producing clean connection holes without drilling out the full diameter.
Tungsten carbide teeth make them a strong choice where extra cutting performance is needed compared with everyday HSS cutters. They are useful for structural steelwork, fabrication and site drilling where speed, durability and hole quality matter.
Built with a Weldon shank, CarbideMax TCT Cutters are compatible with suitable magnetic drilling machines. They help users cut larger holes faster, reduce cutting load and keep heavy holemaking work moving.
CarbideMax Benefits
- Up to 10x longer life than traditional HSS cutters
- 64% faster cuts than HSS cutters
- Advanced triple-cut geometry for faster, quieter drilling
- Works well in Stainless Steel & Cast Iron
- Chatter-free performance
- Fits all standard 19.05mm Weldon shanks
A new generation of long-life cutter
Up to 10x Longer Life
Tungsten Carbide is one of the hardest materials available for use in cutting tools. The HMT CarbideMax™ range uses Premium Grade Sandvik Tungsten Carbide teeth meaning that cutters are capable of drilling through the toughest steels whilst maintaining their strength & cutting surface for up to 10x longer than traditional HSS cutters.
Up to 64% Faster Cuts
The elaborate geometry of CarbideMax™ broach cutters means the teeth of the cutter do all the work. This reduces strain on the tool body and means that a strong but thin flexible alloy can be used for its construction. Thinner walls means CarbideMax™ tools need to remove less material from the work piece resulting in a faster cut and quieter, easier drilling.
Ultimate value for money
With lifespans up to 10x greater than standard HSS cutters and speeds up to 64% faster, HMT CarbideMax™ broach cutters will cut more holes, more quickly, for longer. Over the lifetime of the tool this means incredible value for money, greater job site efficiencies and fewer stops as fewer tools are reordered and replaced.
