As people’s expectations for their standard of living rise, there is an increasing trend toward fully customized solutions for lifestyle and kitchen products; to further improve casting pass rates, manufacturers are adopting 3D measurement methods for inspection.。

Photograph of the actual air valve housing

Manufacturers employ a random sampling method for measurement, requiring a testing process that is simple, rapid, and easy to master.

The precision of the gas valve housing is critical to the subsequent assembly of the finished kitchen appliance, necessitating high dimensional accuracy for the casting.

Photograph of the actual air valve housing

Utilize handheld, non-contact scanning to rapidly capture data from cookware casings; the built-in precision mode easily accesses data from narrow, hard-to-reach areas of castings, faithfully reproducing their original 3D geometry. With one-click import into inspection software, inspection reports are generated quickly. Featuring an intelligent industrial design, the device is easy to use, allowing operators to master the scanner in just 2–3 working days.

The wave of 3D digitization has impacted every aspect of our lives; the powerful measurement capabilities of handheld 3D scanners easily resolve various inspection challenges in industrial manufacturing, driving rapid and efficient development within the sector.

Valve housing STL data model

Valve housing STL data model

Comparative Inspection Chart for Valve Housings

Comparative Inspection Chart for Valve Housings