| |
Importance of Part-to-CAD Comparisons in Manufacturing
In the manufacturing process of products such as automobile engines a great deal of time and money are put into the process of initial design. To verify throughout the manufacturing process that products are in keeping with the original design intent it is necessary to use different types of comparisons. One of the most widely used effects of new technology being Part-to-CAD Comparisons.
A large use of comparisons in the manufacturing industry is Part-to-CAD comparisons. When a part is designed a 3-D CAD model is produced of the part. This is the 3-D image design specification that a part is intended to conform to after physical production. When a part is inspected after production, it is often scanned to produce point cloud data, a digital rendering of the measurements and features of the product. This point cloud data is then compared to the 3-D CAD model to check for any deviations from the original design intent. This process ensures that each part or product produced is compliant with pre-determined quality standards that were set in the initial design process for that product.
The use of this type of Part-to-CAD comparison in the inspection process eliminates the need to have highly specialized engineers wasting their time with quality control inspections. It makes the inspection process of manufacturing a much more automated, efficient, and cost-effective part of the full process. This ensures that the customer ordering the part or product can count on a faster order-to-doorstep turnaround time, and the consumer can count on better savings overall in the finished product once it hits the market. Better efficiency in the manufacturing process is a good thing for everyone involved, and the new software out there that allows Part-to-CAD comparisons is helping to ensure the achievement of that overall goal.
|
|
