When you think about your daily life the topic of dimensional inspection will likely never come up. In fact, many people could go through their lives not understanding how dimensional inspection works, let alone how it fits into almost every aspect of their daily lives through the products they use.
With the rapid development of technology comes the greater need for the increased accuracy in measurement capabilities that are able to keep up with the pace of products being manufactured at the nano level. For precise accuracy up to the micrometer, such as 3D measurement data of a needle tip or surface roughness measured to extreme accuracy, nano measurement is the logical solution for these intricate measurements. But how do you know if it is worth your time to invest in this specific measurement solution for your application?
The emergence of additive manufacturing has excited many engineers; one of its many benefits is the freedom to go where traditional manufacturing simply could not. Much of the buzz around additive manufacturing right now is due to a dramatic decrease in production times even as the demand for customized products accelerates.
With advances in the manufacturing of smaller and smaller components, there is a need for measurements at that scale to ensure that best accuracy is maintained. If you require measurement at the nano scale, or one billionth of a meter, then choosing the right technology will be high on your priority list. You want to make the most informed decision when choosing the equipment for measurements that are this important.
With advances in the manufacturing of smaller and smaller components, there is a need for measurements at that scale to ensure that best accuracy is maintained. If you require measurement at the nano scale, or one billionth of a meter, then choosing the right technology will be high on your priority list. You want to make the most informed decision when choosing the equipment for measurements that are this important.
Dimensional inspection (also called dimensional metrology) has come a long way since the industrial revolution.
Medical manufacturing has come a long way with the advancement of new technology and materials.
We’re always looking for an interesting way to convey our holiday greeting, so we at IIA took on a unique approach to sharing holiday cheer with customers using a 3D scan of a Santa statue.
Production downtimes can be a big hurdle and mean big costs for any manufacturer. As the saying goes, time is money. That’s why Computer Aided Verification, also known as CAV or deviation analysis, can be a valuable tool to quickly check pre-machining conditions, post-machining conditions, form, fit, function, assembly mating surfaces, and more.