What biomedical equipment services does Anesthesia Equipment Maintenance provide?

We provide preventive maintenance, corrective repair, calibration, electrical safety inspection, and isolated power system (IPS) testing for hospitals, surgery centers, and clinics.

Are your biomedical technicians certified?

Yes. Our BMETs are certified and our work follows Joint Commission, CMS, and NFPA 99 standards so your facility stays survey-ready.

How fast can you respond to an equipment failure?

We offer scheduled preventive maintenance plus priority on-call service to minimize downtime on critical medical equipment.

Do you help with regulatory compliance and documentation?

We do. Every service includes the documentation you need for Joint Commission, CMS, and NFPA 99 surveys.

How do I request service or a quote?

Call (424) 204-2382 or email info@anesthesiaequipmentmaintenance.com and our team will schedule an assessment.

Anesthesia Equipment Maintenance | Service, Repair & PM for Anesthesia Delivery Units

Manufacturer-standard service for every brand of anesthesia delivery unit.

Anesthesia Equipment Maintenance repairs, calibrates and maintains all modalities of biomedical, laboratory and medical imaging equipment — with deep specialization in anesthesia delivery units and the surgical support equipment that surrounds them. Our principals bring over 40 years of field-service experience, keeping your Environment of Care ready for Joint Commission accreditation.

Educational

NFPA 99 Heads Toward a 2027 Edition — What the New Cybersecurity Chapter Means for Anesthesia Gas Machines

NFPA 99, the Health Care Facilities Code, is revised on a roughly three-year cycle through NFPA's open, ANSI-accredited consensus process, and the 2024 edition marked a notable shift by introducing dedicated attention to the cybersecurity of building and medical systems alongside the long-standing electrical, gas, and life-safety requirements. As development work proceeds on the next edition and its provisions move through public-input and public-comment stages, networked clinical equipment — including modern anesthesia workstations that push data to the EHR and receive firmware updates — falls increasingly within the code's field of view.

Anesthesia gas machines are a useful test case because they blend the two worlds NFPA 99 governs: they depend on the medical-gas and vacuum systems behind the wall, and they are now full-fledged networked computers with monitors, agent analyzers, and electronic records. That convergence means a preventive-maintenance visit is no longer purely mechanical. Alongside vaporizer calibration and leak testing, teams should be inventorying network interfaces, confirming that only necessary services and ports are enabled, verifying that firmware is at a supported and patched level, and documenting the device's role in the facility's overall security and emergency-management program.

Our recommendation is to treat the coming edition as a prompt rather than a deadline. Building a defensible baseline now — accurate asset inventory, documented PM against manufacturer intervals, change-controlled firmware, and coordination with facilities on the medical-gas source-valve and auxiliary-connection requirements already in force — means that when the new provisions are adopted by your authority having jurisdiction, compliance is largely a matter of showing existing records rather than launching a scramble.

Sources: NFPA 99 Health Care Facilities Code; FDA Medical Device Cybersecurity; The Joint Commission Standards

July 8, 20269 min read

Informative

ANESTHESIOLOGY 2026 and the Case for Documented Vaporizer Calibration

The American Society of Anesthesiologists and the Anesthesia Patient Safety Foundation have long anchored anesthesia-machine safety on a simple, durable principle: preventive maintenance performed at the manufacturer's stated intervals, by qualified personnel, with vaporizers inspected, tested, and calibrated according to the operating manual. A calibrated vaporizer matters because agent over-delivery risks hemodynamic instability and awareness-versus-overdose margins are narrow — the delivered concentration must track the dial setting within the manufacturer's tolerance.

Ahead of the ASA ANESTHESIOLOGY 2026 meeting, the practical translation for a service program is a documented calibration cadence tied to each vaporizer's manual and agent. Sevoflurane, isoflurane, and the electrically heated, pressurized desflurane vaporizers each have distinct service considerations, and output should be verified against a calibrated agent analyzer at the specified interval, with results recorded, dated, and traceable to the technician and the reference instrument. Daily pre-use checkout by the clinical team complements — but does not replace — this periodic bench calibration.

The reason we push clients toward a paperwork-ready cadence is that surveyors and quality reviewers increasingly ask not just whether maintenance was done, but whether it was done on schedule, by qualified staff, and against a documented procedure. A calibration log that shows interval compliance, measured-versus-set output, pass/fail criteria, and corrective action closes that loop and turns a safety practice into demonstrable evidence.

Sources: Anesthesia Patient Safety Foundation; AAMI; FDA Medical Devices

July 15, 20267 min read

Field Notes

Field Note: A Desflurane Vaporizer That Read High — and the Daily Checkout That Caught It

A routine pre-use checkout flagged an agent-delivery reading drifting above the dial setting on a desflurane vaporizer. The gap was modest — the kind of discrepancy that is easy to rationalize away when the OR schedule is full — but it exceeded the tolerance we hold vaporizers to, so it was treated as a fault rather than noise. That decision to trust the checkout over the schedule is the whole story.

We pulled the unit before the first case and bench-tested it against a calibrated agent analyzer. The measured output confirmed the drift, and disassembly showed a seal beginning to fail — a slow leak that would only have worsened under clinical use, potentially delivering more agent than the anesthesiologist dialed. Because it was caught pre-use, the failure never reached a patient; it stayed a maintenance event instead of becoming a safety event.

The resolution was a 40-minute swap to a serviced vaporizer, a re-verification against the analyzer, and a clean, dated line in the equipment file documenting the finding, the corrective action, and the post-repair pass. Zero patient exposure, minimal schedule impact, and a defensible record. This is the unglamorous return on the daily pre-use check: small deviations surfaced early, before they compound.

Sources: Anesthesia Patient Safety Foundation; FDA Medical Devices

July 22, 20265 min read