With continuous advances in optical inspection technology yielding 3D scanners that are today capable of stunning speed and accuracy, a growing number of companies are including this technology in their first article inspection (FAI) procedures.
Smart organizations are taking a holistic view of their manufacturing operation and a hard look at their inspection and quality practices. As technology has progressed, so has the manufacturer’s ability to closely align their unique needs and applications to the selection of a coordinate measurement machine (CMM).
Walking the floor of the International Manufacturing Technology Show in Chicago—between the 100,000-plus attendees and the thousands of booths—it was impossible not to notice the ongoing trend towards speed and automation in every aspect of manufacturing. It’s no different in metrology, as more manufacturers look to automate their inspection processes.
In the realm of coordinate measuring machines (CMMs), system accuracy is no longer the bottom line. Today’s manufacturers require faster measurement speeds in addition to highly accurate machines.
For more than 50 years, coordinate measuring machines (CMMs) have been improving measurement productivity and quality. The power of CMMs has made many complex inspection tasks seem almost trivial. With this much measurement capability, is it possible operators are taking their CMMs for granted?
R&R Fixtures introduces FixtureBuilder 2016, a 3D CAD Software for documenting our modular CMM and vision fixture setups & doing offline part programming.
Hexagon Manufacturing Intelligence announced today it has released its new HP-S-X1 series of compact probes for 3D coordinate measuring machine (CMM) tactile scanning.
When purchasing coordinate measuring machines (CMM) and vision or flexible gaging systems, fixturing is often overlooked until the inspection equipment has been commissioned and the first parts need to be measured.