Artec Leo 3D Scanner
Artec Leo 3D scanner with onboard processing, real-time display, and unmatched scanning freedom.
Get in touch with us today to discuss your project needs and discover how our advanced services can help you achieve unmatched precision and efficiency.
Professional 3D Scanning Service. Anywhere in Australia
We transform physical objects, people, and environments into powerful digital data. On-site across Australia or in our Melbourne studio.
03 7018 2121
If you plan to implement reverse engineering workflows into your business we can help; we sell the scanners, software and can provide training to get you up and running.
We also offer reverse engineering services to provide you with CAD models. Using our range of professional 3D scanners, reverse engineering software and importantly expertise we can scan, reverse engineer and export highly accurate CAD files ready for you to use in a variety of formats.
contact us
03 9687 8638
7A Kent St, Yarraville, VIC 3013 Australia.
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Project Description Tell us about your project and what you need to scan.
Scanlab
3D scan your object ensuring all information is captured, importantly paying particular attention to required areas of interest.
Fully assess and process the scan data to produce a highly detailed accurate mesh file such as a .STL or .OBJ.
Using the mesh data build your CAD model. Utilising reverse engineering software using surfaces and profiles to create a CAD model.
Depending on your software export fully editable parametric models such as STEP, IGES or parasolid which can be used in all major CAD programs.
Reversing engineering is the process of deconstructing an object, working back to analyse its origins and current state. The result can be a full parametric model which is editable and used in all major CAD packages.
Once you have a CAD model created you are able to perform digital analysis such as measurement checking, weight optimisation and, FEA to name a few.
With your editable CAD file you are easily able make changes to your design. Examples of this are moving holes, changing profiles and adding components, the options are endless.
Comparison between a CAD model of a manufacturing tool and produced component. This way you can compare the two and a look at the differences.
You are able to design around your reverse engineered object. This may be to check clearances, to design within a space or adding to an existing assembly.
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