We describe completed work by the problem it solved rather than by customer names. A project's value lies in the difficulty it overcame, not in who ordered it.
Measuring irregular natural stone slabs with a camera, marking unusable regions and placing ordered parts while preserving vein direction. Once the layout is approved, offsetting for tool radius, generating the cutting order and driving the machine. In projects like this the weight of the work is on the PC side; the PLC and motion layers execute the generated program.
A pattern definition editor for automatic sewing machines: straight and curved seams, bartacks, jump moves and start-end rules. A program library where hundreds of patterns are stored safely, can be backed up, and survive a power cut without corruption.
A control structure holding springback tables per material and thickness, sequencing multi-step bending programs and positioning back gauge axes at every step. Frequently produced parts added to a library to shorten changeover time.
Product-based recipe management, weight-feedback filling stages and batch-level production records. On a product change the machine sets every parameter from the recipe; which batch was produced under which conditions can be reviewed afterwards.
Collecting data from measurement instruments, comparing against limits that change per product type, and recording the pass/fail decision matched to a barcode. Automatic end-of-shift reports and failure-type frequency tracking.
We publish photographs of completed machines here. To see machines running, our YouTube channel has video material.
Similar to the above or completely different — we will listen to either.
