Fluids capability

Quality & Compliance

This is the part of Fluids that surprises people. It is not a quality checkbox on a dispatch screen — it is a laboratory information system with certificates, uncertainty calculation, calibration control, sampling plans and an audit trail, sitting inside the same system as your orders and your invoices.

The test it has to pass

A customer's quality department rejects your certificate. An auditor asks which instrument produced a result from eighteen months ago and whether it was in calibration that day. A specification changes and you need to know which lots were released under the old one. If your answer to any of those is a folder and a phone call, this is the module that changes it.

Standards

Implemented to, not merely mentioned

These are the frameworks the calculations and record formats follow. Certification is yours to hold — this gives your audit something to stand on.

ISO 6141Certificate of Analysis for gas mixtures
ISO 6142Expanded measurement uncertainty (k=2)
ISO/IEC 17025Analyzer calibration and validity register
ISO 2859-1Acceptance sampling by attributes (AQL)
CCOE / PESOCylinder test and licence gating before dispatch
India GSTPlace of supply, HSN, gapless numbering, e-invoice and e-way bill payloads

Capabilities

What the lab module actually does

📜

Certificate of Analysis — ISO 6141

Issue a certificate against the standard your customers audit you on, with a registry of every certificate issued and the payload preserved as it was signed. Not a Word template with the numbers pasted in.

📐

Measurement Uncertainty — ISO 6142

Expanded uncertainty at k=2 calculated per component of the mixture, attached to the certificate. The number your customer's quality department will ask for, computed rather than quoted.

🔬

Analyzer Register — ISO/IEC 17025

Every analyzer registered with its calibration history and validity window. A result recorded on an out-of-calibration instrument is caught, and due dates raise alerts before they expire.

✍️

Electronic Signature and Audit

Analyst signs, reviewer countersigns. Every edit to a result after entry is written to a separate audit table that the application cannot rewrite. Test methods are versioned, so you know which SOP a two-year-old result was produced under.

📊

SPC and Trend

Control charts and stability trending over your own results, so drift is visible as drift rather than as a run of individually acceptable numbers.

🎯

AQL Sampling — ISO 2859-1

39 sampling plans seeded — inspection level II, normal severity, single sampling, AQL 1.0, 2.5 and 4.0, code letters A through N — applied to production lots with accept and reject numbers computed for the lot size. Replaceable with your own QA standard.

🚫

NCR and CAPA

Non-conformances raised manually or automatically from receiving and inspection, with root cause, disposition, corrective action and closure. They feed the vendor scorecard, so a supplier's quality shows up in their next evaluation.

📈

Quality Economics

Cost of quality, first-pass yield and defect Pareto — the numbers that turn a quality argument into a financial one.

Test record

Six detail sets behind every gas quality test

Components
Declared and measured concentration per component of the mixture, with tolerance.
Impurities
Impurity limits and measured values, recorded against the specification the customer bought.
Physical
Physical property measurements captured alongside the compositional analysis.
Stability
Stability observations supporting shelf life and re-test intervals.
Compliance
Explicit pass or fail against the applicable specification, not left to interpretation.
Instruments used
Which analyzers produced the result, so calibration validity can be checked against the test date.

Consequence

Quality results change what happens next

A result that only lands in a report is a filing exercise. In Fluids a result moves the operation.

A failed test raises work, not an email

A failed quality check automatically raises a rework production job and creates a child re-test that carries a reference to its parent, so the chain from failure to resolution is a record rather than a memory.

Receiving inspection auto-raises NCRs

Goods received that fail inspection raise a non-conformance without anyone remembering to. The vendor's scorecard reflects it at the next period close.

Final inspection gates dispatch

The pre-dispatch inspection captures photographic evidence and annotated defects, and its result drives the dispatch-readiness board — ready, partial or blocked.

Instrument data can come straight from the instrument

Results can be batch-imported from analyzer output with a review-and-apply step, tagged by source. The endpoint already accepts PLC and SCADA sourced data for when you connect the floor.

Next

See how a compliant invoice comes out the other end

Passing quality is one gate. Correct GST on the document and gapless numbering are the next.