With Eco-Cut, you can perform processing work on flat surfaces, such as counterboring machining, with a single unit.

▼ References

Minor diameter High-efficiency machining
Example) When starting Pilot hole φ16 to minor diameter machining, the boring bar usually uses φ12, but EcoCut can use φ16.
With high tool rigidity and flutes designed for chip evacuation, it achieves efficient and stable machining.
 

	EcoCut	Bowling Bar
Tool rigidity and chip evacuation	High tool rigidity Chips are discharged from flutes in the body.  Chip discharge path      A Tool diameter φ16 B Pilot hole diameter φ16	Low tool rigidity and chattering Chips are discharged from the clearance gap of the body and holes. Prone to chip jamming Chip discharge path     C Tool diameter φ12 D Pilot hole diameter φ16
Machined surface	E Near the bottom of the hole Good processing surface and chip discharge!	F Near the bottom of the hole G Chattering caused during processing Near the bottom of the hole, chips cannot be discharged. Scratches appear on the machined surface.

EcoCut vs Conventional Processing
Tool aggregation by EcoCut eliminates the need for frequent workpiece reversal and tool changes.
In addition, EcoCut's biggest advantage is the high efficiency of minor diameter turning, which significantly reduces machining time.
 

EcoCut	Conventional processing
minor diameter ・End face Outer diameter and end face Drilling Bottom Flat	H Outer diameter and end face I minor diameter ・End face J Bottom Flat K Drilling

Machining time

 

L　EcoCut
M Conventional processing
 

End face turning
 Drilling
 Minor diameter turning
 Bottom Flat
 External Turning
 Workpiece reversal, tool change