Balanced Finishing | GO2cam Help Center

One-pass finishing operation programmed with 2 tools mounted on 2 turrets (or spindle) The toolpaths can be outside, inside or facing.

This machining cycle is available only with the optional module MTE.

The standard simulations (Dynamic and Toolpath) will not show the reality of the cutting, the synchronizations and a possible different second tool. You should always simulate balanced operations with MTE control simulation.

Key Points

For turning machines with dual turrets, mill-turn machines as well as Swiss machines, balanced operations unlocks new possibilities by allowing users to program simultaneous turning operations using tools on the opposite sides.

the finishing pass is divided into 2 passes; the synchronization is a Follow mode with either definition of length or time delay.
by default, the same tool is used for both sides, but you can also use 2 different tools!
all the parameters from standard finishing operation are also available.

You can watch a video explaining the application of balanced synchronized cycles.

At 2.20 in the video, view the definition of two different tools for the cycle. This applies when using a single tool loaded twice, enabled by the function 'Add a different opposite tool', accessible via right-click on the tool in the machining tree.

In MTE, if you do Auto mount, these 2 tools will automatically be mounted on opposite turrets.

More details can be found in the following FAQ by clicking the link here.

Balanced roughing - finishing-20240814-051528.png

Strategy Parameters

Dialog Area	Parameters
Toolpath	Cycle type	Imaginary nose Number
	Offset type	Toolpath
	Corner rounding	R max Coef
Synchronization	Pass Depth	Synchronization
Synchronization	Delay length	Delay dwell
Machining Strategy	Undercut	Local stock allowance
	Undercut min width	XY Stock allowance
		Z Stock allowance

Movement Parameters

Dialog Area	Parameters
Approach and Return Characteristics	Lead out overlength	Lead in overlength
	Lead out linear overlength	Lead in linear overlength
	Return distance	Lead in arc radius
	Return angle	Aperture lead in radius
	Leadout overlength/Vector	Leadin overlength/Vector
	Lead out arc radius	Approach distance
	Aperture lead out radius	Approach angle
	Return safety distance	Approach safety distance

Technology Parameters

Dialog Area	Parameters
Cutting Conditions	Quality	Cutting Speed
	Spindle speed	Speed range
	Feedrate in Z	Feedrate
	Feedrate in X	Spindle direction
	Pass feedrate	Maxi spindle speed
Tool Numbering	Tool number	Specific Number
	Radius compensation number	Length compens. nb
	Coolant number
Opposed Tool Numbering	Tool number	Specific Number
	Radius compensation number	Length compens. nb
	Coolant number
Users Fields	Comment	Control Device
Users Fields	Machining Set

Options Parameters

Dialog Area	Parameters
Management of collisions	Gouge Check on stock	Offset XY
	Safety area	Offset Z
	Safety distance in Z for rapids	Safety distance in X for rapids
Curves Computing	Curve Tolerance	Curve explode into
Options	Front angle clearance	Back angle clearance
Options on the toolpath	Break the outside corners	Maxi angle