Solution — testing laboratories
Calibration that warns before it lapses — and ISO/IEC 17025 evidence in one place.
A testing laboratory misses calibration dates, logs temperature and humidity by hand, and scatters passports and certificates — so every ISO/IEC 17025 audit becomes a hunt for current evidence. Efixera leads with e-Lab: an equipment and measuring-instrument register with color-coded calibration due-dates, lab and accreditation documents per instrument, and real-time temperature/humidity monitoring. e-Lab is sellable on its own as the testing-laboratory wedge.
Pains → what closes them
The problems, by module
Instruments miss calibration dates and drift out of accreditation silently
e-Lab color-codes calibration due-dates — in-due-date = green, expired = red — so an overdue instrument is visible at a glance.
Lab temperature and humidity are logged by hand on paper sheets
e-Lab monitors temperature and humidity in real time over an IoT bridge, with range/MAD anomaly detection on the reading stream.
Passports, certificates and instructions are scattered for every audit
e-Lab keeps per-instrument passports, calibration certificates, photos and operating/testing instructions in one source.
A non-conformance can't be traced back to the instrument that caused it
A non-conformance in e-QMS traces natively to a specific instrument and its calibration record in e-Lab.
Where to start
Where a testing laboratory starts
e-Lab is the wedge; e-QMS adds routed non-conformance and quality governance.
Compliance fit
Audit-ready by design
- ISO/IEC 17025 equipment, calibration and condition records in one source
- Metrology traceability through the calibration register and certificates
- Continuous lab-condition evidence instead of manual logs
FAQ
Common questions
Can we adopt e-Lab on its own?
Yes. e-Lab is the testing-laboratory wedge and is sellable independently of the document and quality families, on the same Efixera login and access model. Quality governance in e-QMS links in when you need it.
How does the temperature/humidity monitoring work?
Lab sensors stream readings over an MQTT bridge; the readings are monitored in real time with range/MAD anomaly detection. IoT monitoring is an add-on to the core equipment/calibration register.
What stops an instrument being used out of calibration?
The equipment register color-codes calibration due-dates — in-due-date = green, expired = red — so an overdue instrument is visible at a glance. The target is zero overdue instruments in active use.
Put calibration and lab conditions under control.
Tell us your lab's instrument count and we will scope an e-Lab walkthrough.