Several critical components need to come together to form a machine vision system. This includes the sensor (typically within a camera) that captures a picture for inspection, the processing hardware (a PC or vision appliance) and software algorithms to render and communicate the results. In addition, lighting, staging, and lenses are required to set up a machine vision system.

Inspecting components for e-mobility applications is something that David Wick is very familiar with.

Imaging and machine vision are becoming more integrated into our daily lives. From autonomous vehicles to advanced medical diagnostics, camera and lens systems are now commonplace.

Russ Hudyma, Chief Technology Officer with Navitar, discusses the benefits of precision lens-to-sensor active alignment within the field of machine vision for high-end inspection.

The load cell sensor is arguably the most important component in a force measurement or material testing system’s ability to provide accurate, precise and valid measurements. A sensor’s accuracy is often the primary characteristic that is used to specify a load cell sensor for a given application.

FasTest, Inc. has integrated the latest generation of its Connection VerificationTM technology into their ME Series quick connectors used for leak testing of medical devices.

The convergence of the widespread availability of low-cost sensors, cloud and greater computing power has brought together a multitude of connected devices which can deliver information on manufacturing operations like never before. 

While fairly new to the metrology world, multisensor machines are becoming increasingly popular on shop floors for their unparalleled versatility.

The data handling of many sensors that scan a single target, called multi-sensor networking, is an important capability to support large object applications.