millyuGO pocket

millyuGO is a patented proprietary technology. It generates toolpaths, enabling constant tool engagement throughout the roughing cycle.

Explore the advantages and patent information by clicking here.

Key Points

The Force exerted on the tool is controlled
Tools always cut within their optimal and designed conditions
Ideal for hard material machining: Titanium, Inconel, stainless steel

Benefits:

Tool life: up to x6 longer
Machining time: reduced by 80%
Production costs: reduced by 50%

Strategy Parameters

Dialog Area	Parameters
Toolpath Strategy	Machining Direction	Organization
	Clearing area	Type of clearing
	Remaining thickness	Radii on contour
Reworking	Island reworking	Bottom reworking
Reworking	Scallop reworking
Definition of chip	Respect of scallop	Engagement angle
	Stepover value (Ae)	Maxi thickness (h)
	XY Scallop
Limitation of Machining	Limitation of Machining
Calculation of Z steps	Z Step (Ap)	Pass
Calculation of Z steps	Thickness
Allowances	XY Stock allowance	Z Stock allowance
Overcutting	Open area…

Movement Parameters

Dialog Area	Parameters
Safety (in Z)	Rapid plane alt.	Safety distance
Approach and return in Z	Approach altitude	Retract altitude
Approach and return in Z	Return altitude
Z Plunge	Plunge	Mini helix rad.
	Mini ramping rad.	Mini rad mach area
	Plunge angle
Management of rapids	Motions	Fmax safety distance
Management of rapids	Rapid/Fmax %
Safety (in XY)	XY safety distance

Technology Parameters

Dialog Area	Parameters
Cutting Conditions	Quality	Cutting Speed
	Feedrate/tooth	Spindle direction
	Level	Spindle speed
	Feedrate	Plunge feed
	Rotation speed for plunge	Sp. speed range
	Coolant number	Specific coolant
Tool Numbering	Tool number	Specific Number
Tool Numbering	Length compensation number	Diameter compens. Nb
Users Fields	Comment	Control Device
Users Fields	Milling Set

Options Parameters

Dialog Area	Parameters
Behaviour on the clamps and components	Gouge Check	Offset XY
Behaviour on the clamps and components	Safety area	Offset Z
Toolpath Optimization	Rework Zone Tolerance
Curves Computing	Curve tolerance	Curve segmentation
Top, Bottom and Sides	Top: Radius/Height	Top: Chamfer angle
	Side: Taper	Scallop value
	Bottom: Radius/Height	Bottom: Chamfer angle
	Reading on solid