Engineering and algorithm work on an automated inspection machine combining turntable control, multi-station image capture, dimensional checks and visual defect detection.
A multi-station inspection cell lives or dies in its software. Turntable sequencing, camera triggering, dimensional measurement and defect detection all have to run as one machine, in step, on every cycle, and the code that holds them together is usually the least visible part of the build.
We took over the embedded codebase of an existing cell: machine control and inspection logic across the turntable and its stations, dimensional checks, and image-processing defect detection, reading the inherited code before writing anything new. The engagement is confidential under NDA, so client details, imagery and figures stay off this page.
Turntable and station sequencing control, so capture and checks run in step with the machine
Multi-station image capture coordinated across the cell
Dimensional measurement checks against the part specification
Image-processing defect detection at the inspection stations
Assessment of the inherited embedded codebase, separating what stands from what needs rework
A pass or fail decision per part from the combined checks
Read the existing embedded codebase before proposing anything, separating what was inherited from what would be new work.
Machine control and inspection logic around the turntable and its stations, extended from the inherited codebase.
The same control and inspection pattern applies to any multi-station cell; the specifics of this one stay under NDA.
Bring the workflow and the number it affects. A reply within one business day.