Aerospace and defense, medical device, automotive, energy, and the precision job shop. Different letterhead, same expectation: prove what ran.
Aerospace and defense live under ITAR and 800-171. Medical device lives under a quality system. Automotive under IATF, energy under API, and the precision job shop answers to the audit its biggest customer schedules. Different letterhead, same expectation: prove what ran, who touched it, and which revision made the part. One platform, six doors.
ITAR technical data, CUI on the file server, and CMMC landing in your contracts with a date attached. Program control you can demonstrate, evidence that writes itself, and a Governor that never leaves your network.
Machining under a quality system means every program change needs a who, a why, and a record. The revision lifecycle and audit ledger hand your QMS the shop-floor evidence it is always hungry for, with quality data on every part.
AS9100 surveillance audits and NADCAP special processes reward the shop whose records exist before the auditor asks. Proven revisions to the spindle, quarantined edits back, and OEE on the same screen.
High-mix work under IATF 16949 lives on traceability and takt. Part-level defect rates and cycle times, drag-and-drop scheduling against real capacity, and a revision trail for the day the customer asks what changed.
API-spec and safety-critical work carries a documentation burden that outlives the part. Controlled programs, labor and job records, and multi-site visibility from one system inside your walls.
No regulator, no primes. Just spindles that need to run, promises that need dates, and the occasional customer audit. Start with monitoring and scheduling; the controlled-document discipline is already there the day someone asks.
A demo takes an hour. Your parts, your machines, your priorities, and a straight assessment either way.
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