A shared countertop-fabrication operations system that moves jobs and pieces through six role-scoped workstations, full-job quality review, repair loops, and QA-gated load-out.
Proof depth
The strongest proof is the workflow shape: what the visitor or staff member gives the system, what the business receives, and what follow-up becomes possible.
Every job and piece begins in one shared record. Six station roles receive scoped workstation views so backsplash, inline-polisher, marking, QA, issues, and load-out work stays connected without giving every operator the same screen or permissions.
Completing individual marks does not quietly release isolated pieces. The marking operator explicitly sends the completed job to full-job QA, preserving a visible handoff between production completion and quality review.
QA can route a problem into an issue and repair path with the affected piece and job context attached. Repaired work returns to QA instead of bypassing the quality gate.
Nothing reaches load-out before QA release. Management can see workload, active issues, job readiness, and bottlenecks across the same shared operational state.
75 sec
Narrated demo
6
Station roles
Full-job QA
Quality gate
Countertop production can scatter job status across people, stations, paper notes, and verbal handoffs, making it harder to see what is ready, what needs repair, and what may safely reach load-out.
GraniteApp keeps shared job and piece records behind six role-scoped workstations. Marking releases a completed job into full-job QA; issues and repairs return through QA; load-out stays gated until quality release; management sees workload and readiness across the shop.
The working product demonstrates one operational thread from job intake through station work, marking handoff, full-job quality review, repair return, and controlled load-out without exposing production records on the public Onyx site.
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