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» High helix angle decreases the cutting load to achieve a stable and smooth cutting performance
» The new face milling cutter has internal coolant while the new end mill has coolant as an option
 

APKT 17 line
» Higher positive helix angle for smoother machining / -7°(APKT 1705) → 13° (APKT 1706)
» Thicker and stronger insert design / -5.6 mm (APKT 1705) → 6.5 mm (APKT 1706)
» Compatible with the current line of CHASEMILL cutters & holders

APKT 19 line
» Higher helical angle of the APKT 19 insert line → Smooth machining with excellent performance
» Thicker and bigger insert → Strong and stable machining with higher productivity
» Appropriate for roughing machining in heavy industries such as power generation and wind turbine manufacturing

High feed cutters with SBMT inserts
 

» Single sided, four corner high positive insert for high feed cutting conditions
» Lower cutting force than double sided inserts
» High helix geometry for smooth cutting
» Increased insert thickness for better endurance under high feed conditions

● Animation Video View
● Machining Video View
● High Speed Camera Video View

 

High feed cutters with BLMP inserts
 

» Particularly suitable for high feed machining
» Low cutting forces
» Four or six corner inserts for cost effective machining
» Low chipping tendency

● Animation Video View
● Machining Video View (BLMP09)
● Machining Video View (BLMP13)
● High Speed Camera Video View

 

A new positive multi corners milling line

» Economical 7-corner cutting edges
» Higher insert thickness means better rigidity
» Smooth machining with a helical cutting edge
» Optimized chip formers for various workpieces
- M type: for steel & cast iron
- ML type: for stainless steel & difficult-to cut materials

 

● High Speed Camera Video View (ChaseMill)

» Chip splitter type inserts reduce cutting force during heavy milling
- Reduces cutting load - high table feed can be achieved
- Reduces vibration and noise
» Insert’s helical cutting edge geometry enables double feed rates
» Improves chip evacuation(chip split into small pieces) and reduces heat generation
» Splitter inserts mount on standard cutters without modifications
» Enables high feed rate at deeper depth of cut in general 90˚milling

● Machining Video View (MillRush)
● High Speed Camera Video View (MillRush)

Assembly
» Chip splitter cutting edge generates smaller chips with low cutting force and create complete cutting edges when combined
» For optimum machining efficiency, use even numbered flute cutters