Applicable to OneCNCXR4 Expert

Adjustments were made to the extend surface function to assist in accommodating imported poorly constructed surfaces

Applicable to all versions on OneCNCXR4

Adjustments were made to allow the use of an already selected intersection when moving entities. 

Applicable to all versions of OneCNCXR4

IMPORTANT UPDATE ALL USERS of OneCNCXR4

Important adjustments have been made to the saving function to overcome some technical issues encountered of the various Windows operating systems that OneCNC supports.

New functionality for OneCNCXR4 Mill Expert

Four new modelling functions have been added to OneCNCXR4 Mill Expert

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These are all tools by popular request mainly from our Mould maker users.

The tools are fairly self explanatory.

1. Remove hole or pocket
This completely removes the hole or pocket, allowing the user to put a new one in a different place or different size etc.

2. Extend a surface
This is a handy tool for many uses in modelling or machining. Just click the edge of the surface and it will be extended by the nominated amount with the same continuity as the surface being extended.

3. Un-trim a surface
This just un-trims the surface back to the original surface enabling holes to be blanked or pockets to be closed etc.

4. Create intersection geometry
Does exactly as describes, it will create intersecting geometry between 2 models etc.

These new functions are just now standard features of functionality in OneCNCXR4 Mill Expert.

Applicable to all milling versions of OneCNCXR4

New Functionality:

HS Pocket Rough

OneCNC HS Pocketing open and closed is now automatically optimized and tuned so when using it in conjunction with the rest roughing it removes all possible to leave minimal amount of travel for the rest roughing to complete. Together with this arc posting is automatically utilized for code size reduction resulting in faster processing memory reduction and the increased speed of DNC if utilized.

HS 3D Z Level Roughing

OneCNC HS Z level roughing has been optimized and tuned to use arc posting in accordance with the set surface machining tolerance and tuned to minimize the rest roughing if used in conjunction with the Z level roughing. Together with this arc posting is automatically utilized for code size reduction resulting in faster processing memory reduction and the increased speed of DNC if utilized.

Z Level finishing

OneCNC Z level finishing has been optimized to use arc posting in accordance with the machining tolerance setting. This now assists in the optimization of machining speed as well as the DNC speed where utilized as well as the reduction in code and memory requirements.