Finishing heat resistant alloys | BIDEMICS
Machine HRSA materials at speeds of 1600 SFM with BIDEMICS
Industry changing - Super high speed finishing of HRSA materials
Up to 15 times faster speeds vs. carbide and CBN
Product video
Features
- Wear resistance provides performance and consistency of machined part straightness
- Offers finishing speeds of 1600 SFM
NTK120 : Excellent wear resistance
JP2 : Excellent fracture resistance
Tooling application
Finishing Heat resistant alloys
Finish turning operations
Cutting Speed and Wear Resistance Comparison
Cutting conditions
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Grade | Material | Operation type | Machining | Cutting speed (SFM) | Feed(IPR) | DOC(inch) | Coolant |
---|---|---|---|---|---|---|---|
NTK120 | Heat resistant alloys | Turning | Finishing | 600 – 1600 | .002 - .006 | .004 - .015 | WET |
JP2 | .002 - .007 | .004 - .015 |
Inconel finishing cut
Workpiece finish comparison
- JP2's excellent wear resistance and notching resistance results in workpiece surface finishes consistently superior to both CBN and carbide.
Wear Resistance
Part's Straightness Performance
- [ Cutting conditions ]
- Material : Inconel718 Speed=1050 SFM (Carbide 160 SFM) Feed= .008 IPR DOC= .004" WET
Recommended Machining Passes at a Corner
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Tool lineup
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Useful information
- Points for maximizing the performance of ceramic insert〔 Milling roughness to semi-finishing of heat-resistant alloys 〕
- Points for maximizing the performance of ceramic insert 〔 Rough to semi-finish turning of heat-resistant alloys 〕
- Tips for effectively cutting nickel-based alloys by knowing the material’s characteristics
- How to Make Ceramic Cutting Tools from Scratch