ATA Group Datasheets for Rotary Burs
Rotary burs are cutting tools with many closely-spaced cutting edges, often with negative rake angle, for finishing or deburring edges.
Rotary Burs: Learn more
| Product Name | Notes |
|---|---|
| Bur geometries designed for general purpose applications Most popular cut styles Advanced cutting geometry’s Allowing rapid stock removal Increasing production output Resulting in a smoother operation Breaking down the material... | |
| Bur geometry designed for machining Stainless steel materials Developed cutting geometry - generating high stock removal on Inox components High performance grinding - ensuring production savings and reduced downtime Specifically... | |
| Bur geometry designed for machining steel & cast steel materials Specifically developed geometry - Increasing machining output on Steel components compared to Standard; Double and Foundry geometry Aggressive cutting form... | |
| Bur geometry designed for maximum stock removal on non-ferrous and plastic materials. Specifically developed cutting geometry Allowing rapid stock removal on non-ferrous and plastics materials Avoiding clogging Ensures smooth cutting... | |
| Bur geometry designed for maximum strength, maximum power and maximum output. Enhanced geometry and deep fluting configurations Allowing maximum stock removal Increasing production output Increasing tooth strength Longer tooth life... | |
| Developed cutting geometry offering Precise control High stock removal Improved surface finish Increased tool life Faster cutting action Application Bur geometry designed for machining Nickel and Titanium alloys Specific geometry... | |
| With three state-of-the-art manufacturing facilities based in Ireland, the UK and the US, ATA designs, manufactures and distributes the most widely used burs in the world - with a selection... |