CAD FOR AUTOMOTIVE INDUSTRY
3D Printing
3D Printing has continuously evolved in the automotive industry in the past few decades. Previously, it was used for making prototypes and checking the part fittings. Today, 3d printing technologies are incredibly advanced and robust. Technologies like SLA, SLS, FDM, etc., have made printing complex and robust parts easier. Today, 3d Printing has found its use in making new concepts and designs for demonstration purposes in the automotive industry. It is also widely used for making prototypes through rapid prototyping for testing purposes. It has also become more accessible to print off-the-shelf and after-market parts. With the help of 3D Printing, we can make prototypes for concept cars and test modules, including old parts such as car grills, headlights, taillights, hub caps, spoilers, etc. Can be produced. In other words, customized parts can be printed, and that too at meager prices.
Click here to learn more about our 3D printing services. Then, continue reading to explore 3D scanners for Car Parts.
3D Scanning
Automotive 3D Scanning goes hand in hand with printing. It is a trendy technology for making highly accurate parts. Our 3D scanners provide a high accuracy of 0.04mm to 0.08mm. High accuracy and low costs help 3D Scanning grow in many sectors, including the automotive industry. You can use 3d Scanning in reverse engineering, rapid prototyping, and quality control of automotive parts. Additionally, the best 3D scanners for automotive can capture high-accuracy 3D data of a part, and this data can be transferred into modeling software for proper design or modification.
CAD Drafting
CAD Drafting has revolutionized the world of the design industry by making complex projects easier. It has helped in broadening the concept of designing and drafting, thereby making them more accurate and easier. CAD software is extremely reliable for designing and visualization of automotive parts and components. CAD systems provide an easy environment for creating complex structures having numerous functional, operational, aesthetic and manufacturing constraints. These services provide an opportunity to shorten the design cycle. In the designs that are complex such as engines, streamlined bodies and metal sheet designs, where there are a large number of surfaces, the CAD systems efficiently offer great speeds so that the design gets completed in a short span of time. The CAD software improves the design quality; increases the accuracy of design analysis and precision of the design by reducing the number of errors. CAD models are used for accurate illustrations of sculptured surfaces, advanced calculations of mass and finite element analysis, and injection moulding design and analysis.
