Roughing to semi-finishing of heat resistant alloys | BIDEMICS
Revolutionary material for machining heat resistant alloys
Capable of ultra-high speeds of 1600 SFM
Higher quality and longer tool life than whisker ceramics
Applications include new aerospace part materials
Product video
Features
- Significantly better tool life at whisker's speed range
Two times faster cutting speeds than whisker
- Machining applications include powdered metal heat resistant alloy materials
Tooling application
Finishing Heat resistant alloys
Turning / Grooving / Profiling / Roughing to Semi-finishing
Grade characteristics
Cutting conditions
Scroll the table →
Grade | Material | Operation type | Machining | Cutting speed (SFM) | Feed(IPR) | DOC(inch) | Coolant |
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JX1/JX3 | Heat resistant alloys | Turning | Roughing (no scale) | 600 - 1600 |
.005 - .011 | .040 - .080 | WET |
Profiling / Semi-finishing | .004 -.010 | .020 - .080 | |||||
Grooving | .002 - .004 | - |
Rough (no scale) turning Inconel
Grooving Inconel
Case study
Turbine shaft (Inconel - no scale) | |
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JX1 | 10min |
Competitor's whisker ceramic | 3min |
- Long tool life
- JX1 combines strength and excellent thermal conductivity for improved performance compared to whisker ceramics.
BIDEMICS outperformed with dramatically better tool life when run at same parameters as the whisker ceramic insert.
Turbine disc (Inconel - roughing) | |
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JX1 | 120 cc/min |
Competitor's whisker ceramic | 60 cc/min |
- Faster speeds
- BIDEMICS has excellent material charateristics to allow for high-speed machining. JX1 machined at double the cutting speeds to improve productivity and eliminated the need for capital investments to improve production.
Turbine case (Inco 718 Plus - semi-finishing) | |
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JX1 | 3 pass |
Competitor's coated whisker | 1 pass |
- Machines a wide range of heat resistant alloys
- Unique material characteristics of JX1/JX3 allow them to machine difficult to cut materials such as high nickel / high cobalt / powdered metals / heat resistant alloys which have recently become more common in the market.
Chip formation comparison
Continuous chips are typical when machining heat resistant alloys but at higher cutting speeds the chips break easily.
Tool lineup
Please check product catalog for tooling lineup
Other recommended products
-
NTK120/JP2Finishing heat resistant alloys | BIDEMICS
Machine HRSA materials at speeds of 1600 SFM with BIDEMICS
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SX3Finishing heat resistant alloys | Sialon ceramic
First recommendation for heat resistant alloys machining
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SX5Machine heavy scale & interruptions on heat resistant alloys | Sialon ceramic
Toughest SiAlON ceramic on the market
-
SX9Machines through scale on heat resistant alloys | Sialon ceramic
Excellent notch and flank wear resistant ceramic
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