An integrated CAD CAM platform creates a collaborative process with more efficient and cost effective activities, much earlier in the process. The single model of supporting both design and manufacturing functions in a CAD CAM system improves the likelihood of product manufacturing meeting budget and timeline.

 CAD CAM Integrated Software

CAD and CAM software outputs to 2D and 3D models and is used to manufacture parts with CNC machines. CNC (Computer Numerical Control) machining utilizes computers to control machine tools such as lathes, mills, routers and grinders.

When CAD and CAM software are not fully integrated, potential costs and delays are introduced because a handoff and back and forth iteration of design and correction exists. Without integration, importing a design into production may require translation or conversion, which introduces the possibility of errors. Programming tool paths becomes a time-consuming process that must be recreated each time. Often issues with design, material cost or sourcing, and manufacturability go undetected until the part or product is ready for tooling or deep in the manufacturing process if multiple parts require tooling for the whole product, which results in costly rework. Any time a change is required, the same back and forth iterative process begins again. Inaccuracy, lost time, high costs of single-source material, scrapped material, and poor communication across teams are big drivers to integrate CAD and CAM functions.

The advantages of integrating CAD and CAM functions are regarded as significant. In most companies, design and manufacturing teams operate separately, and changes between the teams require time-consuming, back and forth iteration. Combining CAD and CAM allows seamless automated file translation from CAD to CAM. Fully integrated CAD CAM software refers to CAD and CAM systems that work from the same model design data. Instead of design model information being exported from the CAD system and then imported into a separate CAM system, often resulting in translation errors or data loss, fully integrated CAD CAM systems remove the need to translate the part model data. Integrating CAD with CAM software helps unify a design throughout the manufacturing process. An integrated CAD CAM platform creates a collaborative process with more efficient and cost effective activities, much earlier in the process. The single model of supporting both design and manufacturing functions in a CAD CAM system improves the likelihood of product manufacturing meeting budget and timeline.

Several industries rely on a high degree of accuracy and precision in product or part manufacturing particularly benefit from CAD CAM integrated software. These include aerospace (including aircraft, satellite, and missiles), and automotive, where design accuracy and communication can affect lives. With complicated, high-stakes manufacturing, using CAD CAM integrated software allows designers to visualize details before the product is built, thereby correcting issues before manufacturing begins.

Engineers use CAD to create 2D and 3D part shapes using points, lines, circles, and other simple shapes. The software can create surfaces such as 3D contours that then define a shape. Modern CAD software can design parts used in 2, 3, 4, and 5 axis CNC machining, which is then transferred to CAM for programming for the machine side of the manufacturing process. The language handling this output is called G-code. To turn a CAD design into a usable file using G-code, CAM software identifies the cutting path and speed of the cut to feed the part. CAM software allows the ability to input tool data or choose from a library or existing ones, and save custom toolpaths for reuse. Toolpaths can have several layers of detail such as hole drilling, profiling, engraving, facing, and contouring.

Integrated CAD CAM software uses CAD as its front-end, geometry engine. An integrated CAD CAM platform performs CAM operations on the CAD file itself without having to import or convert. With integrated CAD CAM software, design and manufacturing engineers can work from the same model. Design changes and updates are automatically dispersed to related tool paths and drawing, automating any updates or changes. Integrated software, such as HCL CAMWorks, can automatically search for parts availability or optimization based on automatically communicated changes.

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