Insert N-IT series

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Products

NANOLOY ISO TURNING INSERT

N-IT series

Highest powder technology & suitable shape for aerospace and automobile part machining
→ long tool life in heat-resistant alloy, stainless steel machining

TURNING INSERT FOR S, M MATERIAL GROUP

1. Excellent hardness and wear resistance
→ ultrafine carbide applied
2. Design for considered S, M material features
(Build up edge, less burring, edge wear improved)
3. Various shapes → from finishing to roughing

PRODUCT FEATURES(NEGATIVE)

ISO TURNING double sided insert Chip Breaker "F11, M11, R11"
→ Various shapes optimized in S, M material group are offering excellent performance from finishing to roughing.

PRODUCT FEATURES(NEGATIVE)
Chip Breaker	Chip Breaker Design		Features
F11 (Finishing)			- Optimized in S, M materials finishing - Preventing sharp edge adhesion - Enhanced chip flow - Rake angle applied in side cutting edge (→ Minimize cutting forces and generated heat)
M11 (Medium)			- Optimized in S, M materials - Preventing sharp edge adhesion - Strong cutting edge - inhibit boundary damage - Widened chip pocket (→ Stable chip flow)
R11 (Roughing)			- Optimized in S, M materials roughing - Excellent cutting edge strength - Inclined design for deeper depth cutting (→ Great for deep depth of cut, high feed cutting)

APPLICATION AREA

PRODUCT FEATURES(POSITIVE)

ISO TURNING one side insert Chip Breaker "F11, M11, R11"
→ Various shapes optimized in S, M material group are offering excellent quality machining from finishing to roughing.

PRODUCT FEATURES(POSITIVE)
Chip Breaker	Chip Breaker Design		Features
F11 (Finishing)			- Optimized in S, M materials finishing - Preventing sharp edge adhesion - Enhanced chip flow
M11 (Medium)			- Optimized in S, M materials finishing - Preventing sharp edge adhesion - Shape for stable chip curl formation - Unique chip pocket (→ Stable chip evacuation when I.D./O.D.machining)
R11 (Roughing)			- Optimized in S, M materials roughing - Excellent cutting edge strength - Inclined design for roughing (→ Great for deep depth of cut, high feed cutting)