
cutting edges and a range of optimised chipbreakers; light (L) - general purpose (G) - heavy (H) for rapid chip removal.
whilst the super ZX ultra hard coated inserts double the tool life.
Drills - Bores - External Turns Improved cutting force balance and insert design Diameter range 13,0 ~ 55,0 mm for optimum performance Drilling depth ~ 2D, ~ 3D, ~ 4D, ~ 5D
Wide application suitability - choose from 3 styles of chipbreaker Additional grooves for optimised swarf control
L Type G Type H Type
| - Excellent chip control under low | - General purpose chipbreaker | - Strong cutting edge at higher | |
| feed rate conditions | - Excellent chip control | feed rates | |
| - Excellent hole accuracy | - Low cutting force | - Stable machining ~ eliminates | |
| - Excellent surface finish | - Low / medium feed rates | vibration and noise | |
| Inner cutting edge Outer cutting edge | |||
| l One insert style for both pockets | |||
| 4 Edge insert provides both Inner and Outer cutting edges |
| Newly designed insert style simplifies insert management. | Inner cutting edge | Outer cutting edge | |
| l Ultra hard Super ZX inserts double tool life | |||
| ACP300 for steels - stainless steels - difficult to cut materials | |||
| ACK300 for cast irons |
Features of Super ZX Coating Oxidation Temperature Coating Structure
TiAIN (black) l Super-multi layered coating with ultra-thin (nanometer) layers of TiAlN and AlCrN, AICrN (white) alternately stacked up to 1.000 layers.
l 40% increase in coating hardness and 200% increase in oxidation temperature as alternate lamination compared with conventional grades ~10nm Starting Temperature for Oxidization (°C)
G Type Super smooth surface and low coefficient of friction l Achieving beautiful finishing on Aluminium and non-ferrous metalls with its high resistance to build-up edge. Peripheral Insert Central Insert
DL1500 ACK300 DL1500 ACK300