Whats New in ONGAA CAM

New User Features

 

Since ONGAA CAM was first introduced the design team have been working hard to incorporate new features requested by our users.  Here we try to highlight whats new in ONGAA CAM’s recent releases.


ONGAA CAM Biesse – Generate CIX files as well as BPP

To improve the compatibility of ONGAA CAM and bSolid ONGAA CAM move produces both CIX and BPP files for programming Biesse CNC machines.

ONGAA CAM Biesse – Gets Repetition Functions.

In ONGAA CAM for Biesse, the repetition functionality has been enabled for V Drill, V Route, V Pocket and Poly Pocket.  This is one more time saving feature when programming symmetrical repeating processes.  Each function has the number of repeats and the delta X and delta Y to offset by.

Edgebanding information can be added to the Material definition for better production integration.

ONGAA CAM now allows you to enter banding dimensions per side to provide a new set of variable to be used when other software compensates for banding automatically.

ABD Dwelling functions are incorporated directly in Horiz. Drill opreations

A new feature in ONGAA CAM is to allow the selection of drill,glue,insert in a horizontal drill operation which will then generate the required ABD specific processes for insertions.

ONGAA CAM Biesse – Improved tool selections.

The Biesse tool interface allows for auto tool selections based on diameter and tool type.  To ensure this function continues to work correctly when tools are defined as non-default types ONGAA CAM has added the toole type selector.

Nesting Contour definition has been added.

To allow nesting with other software, ONGAA CAM has added the Nesting Contour definition to vertical milling.  Simply define a milling operation (enabled or not) and set the Nesting Contour flag to allow the MPR to be read by CutRite or Homag nesting.

ONGAA CAM for Biesse – Nesting is now available.

With the release of 1.3.12 of ONGAA CAM for Biesse, the nesting option is available.  The nesting module provides nesting of assemblies on to multiple sheets with automatic part separation (onto different sheet) by material name and material thickness.  Individual sheets sizes can be selected for different materials making batching of parts unnecessary for most operation.   8 predefined layout algorithms provide fast layout alternatives while still being able to apply grain direction rules.

Unlike Biesseworks nesting,  ONGAA CAM uses the assembly as the definition of what is nested.  ONGAA CAM ignores parts which have not been programmed i.e. hardware or prefab parts.

Each sheet becomes one BPP program with full operator control over every process.

WoodPRINT Integration

WoodPrintLabelONGAA CAM Nesting now integrates to the WoodPrint Label Printing allowing part information to be printed (and place) directly on the parts.

Basic part dimensions and part names plus 4 SolidWorks Custom properties and well as 4 additional custom properties intended for edge banding information are available.

With WoodPrint feature activated, ONGAA CAM produces the complete set on nested MPRs, Part MPRs and Part Images as required by WoodPrint and refered to by the CSV and PNX using the prescribed naming conventions.

 

 

Free Motion Optimization.

Nesting has been improved to optimize not only the tool changes but also the order in which ‘similar tool’ process are completed.  ONGAA CAM now reduces the path required to travel from one part to the next.  Generally, parts closes to the machine origin will be processes first followed by parts forming a path which ends as close to the origin as possible.  This predictably reduces the travel between operation and saves time.

 

Nesting can separate parts by Material and thickness.

ONGAA CAM can now separate parts onto different sheets based not material thickness as well as the ‘Material’ property defined in the program.  If the SOLIDWORKS model has a custom-property which defines the material ONGAA CAM can read the property to determine which sheet is should be nested on.  During the nesting process, the size of each sheet can be selected from a sheet library.  This feature eliminated the need to sort parts by suppressing or grouping.

ERP Integration

With the parametric power of Solidworks and the programmer power of ONGAA CAM with ERP integration, you can now generate complete machining programs as soon as the ‘dimensions’ and orders are confirmed.

ONGAA CAM is now aware of how Solidworks was launched and when in ‘batch’ mode, ONGAA CAM will open and rebuild SOLIDWORKS assemblies, generate all the MPR/BPP files based on dimensions provided and send the machining file to the processing center.  Integration is relative simple assuming that the ERP can generate TEST files in a DEPTH=600 etc. format.

ONGAA CAM – Basic for BIESSE of now available

Our Beta testing has recently been completed and ONGAA CAM is now available for owner of Biesse machines (Rover, Skipper etc).  As with other versions of ONGAA CAM, no G-Code is created but instead native Biesse BPP files are created.  This allows program edits at the console as well as not requiring an additional post processor.  This also allows you to program multiple Biesse machines if you have more than one. Details

 

MULTI VECTOR POCKETS

New in version ONGAA CAM 1.3.19 are some real time saving features which include the ability to generate multiple vector pockets from a single sketch selection.

multiPpocket1
With three selections, sketch, top face and bottom face, all closed loops found on the sketch will be converted to Polygon Pockets (WW Vector Pockets)
MultiPpocket2
Each closed loop becomes a distinct WoodWOP Vector Pocket with the same processing options as the ‘single’ Polygon Pocket definition in ONGAA CAM.Ellipse and spline based contours are quickly converted into ‘arc segment contours’.As with all other process definitions, if the sketch is altered, either in location or even number or loops there is no need to make any process changes.  Just Generate a new MPR.

 

MULTI VERTICAL DRILL

New in version ONGAA CAM 1.3.18 is another time saving feature with the ability to generate multiple vertival drill holes from a single face selection.

multivdrill1 This feature is the natural follow up to multiple vertical pockets from a face.  With the Min/Max options set the Face Loops found can be filtered to those with in a set criteria.

Unlike pockets, which all have the same depth, each drill hole is checked for a depth.  This means that each Vertical Drill process created in WoodWOP has ALL the information required to drill the correct number of holes, in the correct location with the correct diameter and to the correct depth.

Since ONGAA CAM support WoodWOP variable and conditional statements, even tool selection by number can programmed if the ‘Model Diameter’ is not the desired ‘As Built Diameter’.

multivdrill2Used in conjunction with vertical pockets (multi) this architectural panel, with over 290 round holes ranging from 0.25 in to 1.16 in, can be accurately programmed in 2 ONGAA CAM process.
multivdrill3The WoodWOP MPR produced shows 294 process, one for each drill hole and round pocket.Unlike a DXF layer export, all WoodWOP options are preset and if / when a minor model change is required – Just change the model and press GEN MPR again.  The MPR is machine ready….

 

MULTI VERTICAL POCKETS

New in version ONGAA CAM 1.3.7 are some real time saving features which include the ability to generate multiple vertical pockets from a single face of sketch selection.

 

multipocket2Now, simply select one face and one edge and all the pockets will be created.  A Min and Max criteria can be added to limit which ‘Face Loops’ will be converted to pockets.
multipocket1The process will be saved a a single process in ONGAA CAM.  All process options such as tool, feed, speed , milling in steps etc. will apply to all pockets generated.
multipocket3At generation time, ONGAA CAM expands the single process into individual pockets for WoodWOP. Any pockets moved, added, deleted or resized will be automatically moved, added, deleted and resized at generation time without the need to make ANY changed to the saved processes.
multipocket4Here, 85 pockets of various sizes are added in one step.  A minimum dimension and maximum dimension were set to avoid holes too small to pocket with the selected tool and larger than the desired hole matrix ( avoid the center shallow pocket )
multipocket5From the one process ONGAA CAM has expanded it automatically to select only the pockets that fit the criteria.

 

Other Features

Nesting now allows both automatic nesting and manual nesting to allow to do interference nesting. 

 

Contact us today and request a live ‘Web based demonstration‘ to see the  how ONGAA CAM can improve your operation.