NANOLOY ISO TURNING INSERT
N-IT series
Nano ultrafine powder technology & optimal geometry for aerospace and
automobile parts machining.
→ Longer tool life in heat-resistant alloy, stainless steel machining
Chip Breaker | Chip Breaker Design | Features | |
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F11 (Finishing) |
- Optimized in finishing machining ISO S, M materials - Prevents B.U.E with sharp edge - Enhanced chip evacuation - High rake angle applied in side cutting edge (→ Minimize cutting forces and heat resistance) |
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M11 (Medium) |
- Optimized in ISO S, M materials - Prevents B.U.E with sharp edge - Strong cutting edge-reduce boundary damage - Wide chip pocket (→ Stable chip evacuation) |
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R11 (Roughing) |
- Optimized in roughing machining ISO S, M materials - Excellent for cutting edge strength - Designed for deep depth of cut (→ Excellent for deep depth of cut at high feed) |
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M22 (Medium) |
- Optimized in medium machining ISO S, M materials - Prevents B.U.E with sharp edge - Sharp cutting edge & low cutting force - Stable chip pocket (→ Reduce force of chip evacuation ) |
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M51 (Medium / Finishing) |
- Universal chip breaker - Prevents B.U.E with sharp edge - Sharp cutting edge & low cutting force - Enhanced chip breaker (→ Excellent chip evacuation at Low feed, depth of cut) |
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M21 (Medium) |
- Optimized in medium machining ISO S, M materials - Prevents B.U.E with sharp edge - Sharp edge & low cutting force - Stable chip pocket (→ Reduce force of chip evacuation) |
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M51 (Medium / Finishing) |
- Optimized in roughing machining ISO S, M materials - Excellent cutting edge strength - Designed for deep depth of cut (→ Excellent for deep depth of cut at high feed) |
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M51 (Medium / Finishing) |
- Optimized in medium machining ISO S, M materials - Prevents B.U.E with sharp edge - Sharp edge & low cutting force - Waved cutting edge (→ Reduce cutting force) NANOLOY |
Chip Breaker | Chip Breaker Design | Features | |
---|---|---|---|
F11 (Finishing) |
- Optimized in finishing machining ISO S, M materials - Prevents B.U.E with sharp edge - Enhanced chip evacuation (→ Stable chip evacuation in Finishing) |
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M11 (Medium) |
- Optimized in ISO S, M materials - Prevents B.U.E with sharp edge - Strong cutting edge - reduce boundary damage - Wide chip pocket (→ Stable chip evacuation) |
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R11 (Roughing) |
- Optimized in roughing machining ISO S, M materials - Excellent cutting edge strength - Designed for deep depth of cut (→ Great for deep depth of cut at high feed) |
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M51 (Medium / Finishing) G class |
- Universal chip Breaker - Prevents B.U.E with sharp edge - Sharp edge & low cutting force - Enhanced chip breaker (→ Excellent chip evacuation at Low feed/depth of cut) |
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2FM (Medium / Finishing) G / M class |
- Optimized in ISO S, M materials Finishing and Medium - Prevents sharp edge adhesion - Enhanced chip evacuation - G class machining - G/M class (Selectable) |
R11 NV3025 | Competitor "K" | |
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Image | ||
Tool life | ||
Results | Increased tool life 150% |
R11 NV3025 | Competitor "I" | |
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Image | ||
Tool life | ||
Result | Increased tool life 120% |
M21 NV3005 | Competitor "S" | |
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Image (OP10) |
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Image (OP10) |
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Result | Better wear resistance |
2FM NV3025 | Competitor "I" | |
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Image (OP10) |
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Image (OP10) |
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Result | Excellent wear resistance in equal machining |
M11 NV3005 | Competitor "I" | |
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Image (OP10) 11min |
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Image (OP10) 15min |
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Result | Excellent wear resistance and toughness in equal machining |