What biomedical equipment services does Aloha Biomedical 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@alohabiomedical.com and our team will schedule an assessment.

Aloha Biomedical | Medical Equipment Repair, Maintenance & Field Service

Hospitals run on equipment. Equipment runs on us.

Aloha Biomedical Services is the islands' partner for medical equipment repair, calibration, and preventive maintenance. From Honolulu to Hilo, we keep imaging suites bright, ORs ready, and isolated power systems certified — even with the salt air working against us.

Educational

After the March Floods: A CMS Public Health Emergency Playbook for Hawai'i Biomeds

When the U.S. Department of Health and Human Services declares a Public Health Emergency under Section 319 of the Public Health Service Act, it unlocks a well-defined set of Medicare and Medicaid flexibilities administered by CMS. For biomedical departments in Hawai'i, the practical consequence of a flood-driven declaration is that Medicare beneficiaries who lost or had damaged durable medical equipment (DME), prosthetics, orthotics, and supplies may qualify for replacement without the usual face-to-face and documentation hurdles being applied in the standard way. Knowing which flexibilities are actually in force — and their sunset dates — is the difference between a smooth recovery and denied claims months later.

Our field-engineering triage for hospital biomed teams follows a strict priority order. First, re-commission life-support and patient-affecting equipment (ventilators, infusion pumps, defibrillators, physiologic monitors) only after they pass electrical-safety and functional verification per the manufacturer's service manual and AAMI guidance. Second, build the documentation chain CMS will accept: photographs of damage, serial numbers, replacement invoices, and dated service records tied to each asset. Standing water and salt-laden humidity are especially hard on power supplies, sealed sensors, and circuit boards, so any device that took water should be treated as suspect until proven otherwise.

Before re-deploying anything that was submerged, we recommend corrosion inspection of connectors and boards, insulation-resistance and leakage-current testing to the applicable IEC 60601 / NFPA 99 electrical-safety limits, and — for equipment with fluid pathways or optics — contamination and calibration checks. When in doubt, the safer and often more defensible path is manufacturer-authorized bench evaluation rather than a field pass. This protects both the patient and the paper trail that surveyors and payers will later review.

Sources: CMS Emergency Preparedness & Response; HHS Public Health Emergency Declarations; NFPA 99 Health Care Facilities Code

May 5, 202610 min readBy Aloha Biomedical Field Engineering

Informative

HPH–HMSA "One Health Hawaii" Briefings Continue: What a Statewide Plan-and-Provider Merger Could Mean for Equipment Standards

State lawmakers are still pressing executives from Hawaii Pacific Health and HMSA on the proposed One Health Hawaii partnership, which the parties have said could save roughly $2 billion in administrative costs over a decade. Large plan-and-provider integrations of this kind tend to move slowly precisely because they touch antitrust review, network adequacy, and clinical governance all at once — and equipment standards ride along with those decisions even when they are not the headline.

From a health-technology-management perspective, a unified system usually pursues consolidated procurement: standardizing on fewer device makes and models to reduce spare-parts inventory, simplify technician training, and strengthen purchasing leverage. That standardization can raise the baseline for preventive-maintenance rigor and cybersecurity hardening across facilities, but it also concentrates risk — a single recall or firmware defect propagates system-wide. Governing bodies like The Joint Commission expect a documented, risk-based equipment-management program regardless of who owns the hospital, so any merger has to preserve continuity of PM records and alternative-equipment-maintenance justifications.

For independent biomedical service providers in the islands, the near-term question is contractual: existing service agreements and the scope they cover generally survive an ownership change, but renewal cycles become the leverage point where a consolidated system decides in-house versus outsourced coverage. We watch these briefings closely because equipment-standard decisions made in Honolulu ripple out to every neighbor-island facility we support.

Sources: The Joint Commission Standards; AAMI

May 12, 20266 min read

Field Notes

Dispatch From Hilo: The Infusion Pump That Only Failed When the Trade Winds Shifted

An intermittent occlusion alarm that nobody could reproduce in the shop. On the bench in Hilo the pump ran flawlessly for hours; back on the unit it would nuisance-alarm a few times a shift, always seemingly at random. Intermittent faults like this are the hardest class of biomedical troubleshooting because the conditions that trigger them rarely exist in a climate-controlled service area — you have to reproduce the environment, not just the device.

Three site visits, one barometer, and a humidity logger later, the pattern finally showed itself: the alarms clustered when the trade winds shifted and barometric pressure and humidity moved together. The housing seal had degraded just enough to "breathe," letting the internal pressure-sensing reference drift against ambient changes and pushing the occlusion-detection threshold across its trip point. Once we correlated the alarm timestamps against the environmental log, the root cause was obvious in hindsight — but invisible without the data.

The fix was a seal replacement and a post-repair verification against the manufacturer's occlusion-pressure test per the service manual. The larger lesson is why our techs now travel with weather and environmental data: manufacturer PM procedures assume a device operating within its specified environmental envelope, and in Hawai'i's coastal, high-humidity conditions that envelope is worth verifying rather than assuming.

Sources: FDA Infusion Pumps; AAMI

May 19, 20264 min read

Routes across the eight

We run scheduled service days on Oahu (Honolulu, Pearl City, Kapolei), Maui (Wailuku, Kahului, Lahaina), Hawai'i Island (Hilo, Kona, Waimea), and Kaua'i (Lihue) with on-call inter-island dispatch for urgent equipment failures.

Our techs travel with the part, the documentation, and the regulatory context. No phone tag, no second visits.