With advanced onsite 3D scanning, manufacturers can quickly and easily create highly accurate 3D models of objects or environments. This technology can be used for a variety of applications, including quality control, product development, and reverse engineering.
Advanced onsite 3D scanners use a variety of imaging techniques to capture high-resolution data. This data is then processed using powerful software to create detailed 3D models. The resulting models can be used for a variety of purposes, such as creating accurate CAD drawings or Manufacturing analysis.
3D scanning faster at capturing data
Onsite 3D scanning provides many benefits over traditional methods of object measurement and documentation. It is much faster and more accurate than manual methods, and it does not require the object to be brought to a central location. This makes it ideal for large or difficult-to-transport objects, such as sculptures or historic buildings.
Advanced onsite 3D scanning can be used to capture data from objects of any size, shape, or material. scanners are portable and can be used in a wide variety of settings, making them ideal for use in Manufacturing, Quality Control, Product Development, and Reverse Engineering.
How 3D scanners work
3D scanners work by shining beams of light, lasers, or other energy onto an object and measuring the reflected light. This data is then used to create a 3D representation of the object. 3D scanners can be either contact or non-contact. Contact scanners require physical contact with the object being scanned, while non-contact scanners do not.
Want to know more?
Speak to our expert team at TRJ Engineering, call us on 03 9703 1701 and we’d be happy to answer your questions and discuss your fabrication project. Based at Hallam, Victoria – you can rely on us to meet your requirements.