Products

As a go-to tool for quality control, inspection, defect detection, and dimensional metrology, X-ray CT has made it possible to investigate details and improve products in one scan.

Automated gaging is designed for the more frequent inspection of parts, as opposed to a CMM inspection, which can take longer to process. In addition to inspection time reduction, it drastically reduces the margin for error in your measurements. You can measure 100% of your parts to save on materials that would otherwise have to be scrapped.

Vision systems utilize special, high-resolution cameras on a 3D coordinate system to capture an image of an item under measurement. The optical measurement impresses with its high precision and high measuring speed using optional sensors such as touch probes, lasers, and rotaries.

Electronic and air gaging are means of precise comparative dimensional measurements, which offer users the advantages of improved workflow, increased productivity, and decreased downtime. Its characteristics make electronic and air gaging particularly useful for checking soft, highly polished, thin-walled, or other delicate materials.

Shaft measurement metrology solutions present a wide range of evaluation options and numerous areas of application for measuring shaft-type workpieces. Thanks to the fast, optical, non-contact measuring principle, measurements are performed with an extremely high level of flexibility, repeatability, and accuracy.

An optical comparator is an inspection tool that uses optics to measure parts. The shadow cast by a part is magnified and projected onto a screen so that it can be measured.

Roundness is the measure of how closely the shape of an object approaches that of a mathematically perfect circle. Through automated computer software, this is calculated utilizing a roundness system.

Different parts will need to have different surface finishes, as well as different contours.