Cleanroom & Calibration

SpO2 calibration explained: how pulse oximeters and monitor SpO2 channels are checked with a simulator, why sensors matter, and how often to test.

Multiparameter monitor calibration step by step: ECG, SpO2, NIBP, temperature, respiration and IBP checks, plus planning tips for ICU and ward monitors.

ECG machine calibration explained: amplitude, heart rate, paper speed, frequency response and lead checks with an ECG simulator, plus how often to test.

Syringe pump calibration explained: flow accuracy at low rates, syringe size recognition, occlusion and alarm checks, and how often to calibrate.

Infusion pump calibration explained: flow rate and volume accuracy, occlusion pressure, bolus and alarm checks with an infusion device analyser.

Defibrillator calibration explained: delivered energy, charge time, synchronised cardioversion and ECG checks with a defibrillator analyser, plus AED tips.

Ventilator calibration explained: tidal volume, pressure, FiO2, PEEP and alarm checks with a gas flow analyser, plus intervals and tips for ICU teams.

How patient monitor calibration works: ECG, SpO2, NIBP, temperature and respiration checks with a patient simulator, intervals and what the certificate shows.

Medical device calibration explained for hospitals: why it matters for patient safety and audits, which devices need it, and how often to calibrate them.

ISO 14644 validation is the testing that proves a cleanroom meets the international standard for controlled environments — and keeps meeting it in real use. ISO 14644 is the reference the whole cleanroom industry works to, so ISO 14644 validation measures a room’s particles, airflow, pressure and filtration against the standard’s methods and limits, turning…