The CAM software is customised when additional features are required on the designed parts while machining them – for example, putting a hole to create a square corner in the notch. We can place such holes for square corners on hundreds of parts by automating CAM operations with one click. CAM Customisation makes the process fast and gives consistent accuracy throughout the production.

Why is CAM Automation required?

CAM Automation is used for two main reasons:

  1. To do the post-processing of the designed parts like putting extra holes, edging/folding side indicator, and many more.
  2. To assign conditional machining strategies to specific components for optimum machining time.

What industry type needs CAM Automation?

CAM Automation is popular among industries using CNC machines for their machining needs.

How does the CAD Automation work ?

We write scripts depending on the project requirements, which will create an add-in button in the CAM program interface. By clicking on the add-in icon, the sequence of processes takes place according to the applied logic.

Frequently Asked Questions

Please contact us if you cannot find an answer to your question.

What is CAM automation?

CAM automation is a way to operate CAM software efficiently. With the help of automation, you can do more processes with minimum user input. For example, to put an indicator on the panel to show the folding side, one must put a mark on each panel before nesting. With the help of automation, the program will put the marks on all panels with one click.

What type of CAM program can be automated?

CAM software featuring application programming interface (API) can be automated. Such software can be programmed internally using Visual Studio for Application or externally by linking it to a coding software.

Do you provide CAM program?

No. We are not resellers of software. You will need to own a suitable CAM program licence for us to work on it.

What are the basic requirements of CAM Automation?

1. A few CAM Software with API documentation are:
Mastercam API
Alphacam API

2. CAM software dependencies on the part features in the CAD software.
CAM software uses the 3D geometry of parts to determine toolpaths.
Complex surfaces, holes, pockets, and contours directly affect machining strategies.
Many CAM systems automatically detect features like bosses, slots, and holes.
Recognised features guide the selection of machining operations (e.g., drilling vs. milling).
CAD models often include material specifications. CAM uses this data to adjust cutting speeds, feeds, and tool selection.
Tolerances defined in CAD influence the precision of toolpaths. Surface finish requirements affect the number of passes and tool types.
Errors or gaps in CAD geometry can lead to failed toolpath generation or inaccurate machining.
A well-defined CAD model reduces manual programming in CAM.
Poorly modelled parts can lead to inefficient machining, tool wear, or even part failure.

3. Editable post-processor.
CAM software generates generic toolpaths based on the design and machining parameters. The post-processor converts these into machine-specific G-code or NC code that the CNC machine can understand and execute. Having write access to this post-processor allows us to manipulate the NC codes to achieve efficient machining.

Interested In CAM Automation

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