Articulating arms are portable and make inspection easier, since operators can move them to measure a part as opposed to moving the part to the CMM.
February 11, 2022
3D measurement arms, also referred to as articulating arms, are portable coordinate measuring machines (CMMs) that pinpoint and record the location of a probe and record the results through software.
The quality norms of the past are being shattered by another evolution of CMM technologies arriving on the scene. The reason? Manufacturing is changing at its core.
Although the CMM has been around for more than half a century, advancements have allowed it to maintain its position as the go-to technology for quality inspection.
Unlike manually operated gages or portable measurement devices, coordinate measuring machines (CMMs) can automate the measurement process and therefore remove quality inspection bottlenecks. Listen to the podcast with David Wick, manager of product management at ZEISS Industrial Quality Solutions
The long haul trucking or “Over the Road” (OTR) vehicle industry is no stranger to implementing modular tooling for their fixturing needs, especially in America.
Today the demand for faster, more accurate measurement is growing. One method of achieving this goal is to turn to 5-axis rapid touch trigger measurement as part of a CMM. Let’s dive into why this technology is beneficial and why adoption is on the rise.
Is Your Coordinate Measuring Machine Future-Ready?
June 8, 2021
Digital transformation is placing urgent demands on coordinate measuring machines (CMMs) to be interconnected and communicative. Without the ability to collaborate with other systems and workers on the shop floor, CMMs risk becoming an informational black hole that prevents the flow of data required for smarter manufacturing.
Cylindrical ring gages have a number of inspection purposes. They are used as Go/No-Go gages to inspect the outside diameter of a shaft or rod. They are masters for dial bore gages, internal micrometers and coordinate measuring machines (CMMs).
Quality standards require that measuring equipment be calibrated prior to being put into service. In addition, the maintenance of measuring equipment requires recalibrations at regular intervals.