PIN login, no laptop
The operator taps a PIN and they're on the job. Every reading is stamped with who took it, on what device, against which work order — traceability nobody had to remember to write down.
Shop floor & in-process quality
An operator station on the floor, gauges wired straight into it, and every reading landing in the system the second it's taken — checked against the spec while the part is still in the operator's hand. Behind it: SPC with Cp/Cpk, calibration tracking, and live rectifier telemetry on the plating lines.
Readings taken at 10am, typed in at 4pm, and argued about on Thursday. Every hour in between is scrap you haven't found yet.
Gauge to database with no hands in between — the transcription error stops existing.
One part to fix instead of a lot to rework — or scrap.
PDF report and batch serial labels come off the station with the job.
A kiosk on the floor that the operator actually wants to use — because it's less work than the clipboard was.
The operator taps a PIN and they're on the job. Every reading is stamped with who took it, on what device, against which work order — traceability nobody had to remember to write down.
The gauge plugs into the station and readings stream in live with their status against the spec limits — in-spec, over, under, or below the limit of detection. The operator sees the verdict before they put the part down.
Specs, spec limits, and part-level spec overrides live in BrixIQ, so in-spec versus out-of-spec is decided as the reading is taken — not reconstructed from a spreadsheet a week later. Missing-spec tracking closes the gap that produces "we measured it, but against what?"
Measurement reports export as PDF and serial labels print in batches right at the station. The paperwork that used to eat an afternoon comes out with the parts.
FischerScope and Mitutoyo SJ-210 talk to BrixIQ directly over serial. No middle spreadsheet, no hand-typed numbers.
Readings land in BrixIQ the moment the gauge takes them, tied to the work order and the part. That kills the transcription error and the hour a day somebody spent creating it.
Calibration schedules, due dates, a full calibration log, and certificate numbers per device — plus copying settings between devices when you add one. An out-of-cal gauge invalidates every reading it took; this is how you keep that from turning into a recall.
Coating thickness on the FischerScope, surface roughness on the SJ-210, both feeding the same record and the same SPC charts.
Every reading the floor takes is already in the chart. You don't run a separate SPC exercise — you look at the one the shop is producing.
A process walking toward the edge of the window looks fine on a pass/fail sheet right up until the day it isn't. On a control chart you see it coming and adjust while the parts are still good.
Cpk is also the number that gets asked for on aerospace and medical work. Having it on demand is what lets you bid the higher-margin jobs.
Run telemetry straight off the line, so a plating run has a record instead of a memory.
Over-plating is money poured down the drain — metal you bought and gave away. Under-plating is a rejected lot and a customer conversation. The run data tells you which way each tank is leaning, run after run.
The same run data rolls up into a picture of what your line can actually do — not what you think it can do.
Capex avoided is money in the bank.
The odd run gets flagged, not buried.
Anomaly detection on rectifier runs surfaces the outlier while you can still figure out what caused it, instead of finding it in a customer complaint.
How much line you're actually using.
Utilization and weekly capacity per rectifier, so the answer to "can we fit it" comes from data instead of a gut feel and a whiteboard.
Efficiency over time, year over year.
Efficiency trends and year-over-year comparisons show whether a line is quietly getting worse — and which one to look at first.
Capacity planning and a performance scorecard.
When a customer asks for double the volume, you can answer from the scorecard: here's the headroom, here's what it costs, here's whether we need another tank.
Witness and internal coupon sessions run on the same platform, and the certificate comes out the other end.
Certificates are a gate on the work you're allowed to bid. When they're generated from the actual session data and retained with their version history, the audit conversation is short.
BrixIQ is the operating platform for machine, plating, coating & finishing shops. The floor module sits on the same system that reads a drawing into a quote and runs your invoicing — so the reading an operator took is one click from the job, the cert, and the invoice.
The estimating side: BrixIQ reads the print, prices it against your rates, and drafts the quote.
CAPA, nonconformance, and audit management — the side of quality that lives off the floor.
Procedures, work instructions, and specs with approvals and revision history.
BrixIQ starts at $995 per facility per month, unlimited users, no setup fee. Modules get scoped when you're ready for them.
Bring a gauge and a part. In fifteen minutes you'll see a reading go from the gauge to the chart to the certificate without anybody typing a number.
No commitment. We'll run it on your specs and your gauges.