Take the routine into the laboratory
Choose a practical monthly task sheet for a physical instrument folder or an electronically completed laboratory record.
Annual servicing is one important control—not a year-round maintenance strategy.
Laboratory centrifuges experience repeated high-speed loading, chemical exposure, temperature cycling and handling throughout the year. Their condition needs maintaining between service visits through correct loading, prompt cleaning, rotor inspection, usage-life control and timely response to vibration or damage.
IECIEC 61010-2-020:2026 ↗
Laboratory centrifuges experience repeated high-speed loading, chemical exposure, temperature cycling and handling throughout the year. Their condition needs maintaining between service visits through correct loading, prompt cleaning, rotor inspection, usage-life control and timely response to vibration or damage.
IECIEC 61010-2-020:2026 ↗
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Pause and investigate when you see:
Small changes can become preventable failures when they are allowed to persist.
Unusual vibration or imbalanceStop the run when vibration exceeds normal behaviour, the load shifts or an imbalance warning appears.
Rotor or bucket damageCracks, pitting, corrosion, deformation, abrasion or a dropped-component history require assessment before reuse.
Lid, lock or rotor-security concernThe lid or rotor will not secure normally, unlocks unexpectedly or shows damaged locking hardware.
Spill, leakage or tube breakageLiquid, salt deposits, glass or plastic fragments, aerosol release or unexplained residue is found in the rotor or chamber.
Speed or temperature deviationDisplayed or checked speed, time or temperature does not reach or maintain the expected condition.
Noise, odour or repeated errorsGrinding, rubbing, electrical odour or recurring drive, lid, imbalance or safety messages develop.
One care standard · three OEM perspectives
Apply the routine to your instrument
Start with the cross-platform routine, then use the emphasis relevant to your installed system.
Exact commands, parts, intervals and acceptance criteria remain model- and method-specific.
Evidence and source library
Safety, quality-system and OEM material supporting this cross-platform practical guide.
IEC 61010-2-020:2026 · Particular requirements for laboratory centrifugesCurrent fourth edition of the centrifuge-specific electrical equipment safety standard; use with the applicable edition of IEC 61010-1.
View official IEC record ↗UK HSE · Provision and Use of Work Equipment Regulations 1998 (PUWER)Public overview covering suitable work equipment, inspection, maintenance, training and competence.
View HSE guidance ↗Laboratory quality context · ISO 15189:2022 | ISO/IEC 17025:2017Apply where relevant to the laboratory. These standards support controlled equipment, competence and valid results; they do not prescribe this guide's exact housekeeping frequencies.
Reference standardsEppendorf
Routine maintenance of centrifuges - white paper ↗Maintenance of centrifuges - poster ↗5804 / 5804 R / 5810 / 5810 R - operating manual ↗Beckman Coulter
Centrifuge maintenance and care ↗Balancing your rotor ↗Product instructions and rotor manuals ↗Tube and bottle selection guidance ↗References are provided for transparency. IEC and ISO controlled current editions remain authoritative. PUWER applies within its UK scope; ISO 15189 and ISO/IEC 17025 apply according to the laboratory's activities and accreditation. OEM examples illustrate shared care principles but do not replace the exact centrifuge and rotor manuals. Always apply the validated method, risk assessment, biosafety or chemical controls and laboratory SOP for the installed configuration and use.
Lab Optimise practical laboratory guides
A growing cross-platform collection for laboratory care between planned maintenance visits.