What biomedical equipment services does BiomedRx Network 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@biomedrx.net and our team will schedule an assessment.

BiomedRx Network | Outsourced Field Service for Medical Equipment

An outsourced field service network for medical equipment.

The BiomedRx Network is a consortium of independent, credentialed service organizations that install, repair, calibrate, and inspect medical, laboratory, and imaging equipment — with coverage in all 50 states and more than 30 countries.

Healthcare Providers

Asset management, preventive maintenance, and electrical safety inspection that lower the cost of equipment ownership while maximizing uptime and patient care. Documentation for Joint Commission, NFPA 99, and other regulatory agencies.

Device Manufacturers

An outsourced field service solution delivering installation, repair, calibration, and preventive maintenance in honor of manufacturer warranty and service contract agreements.

Network Members

Independent service organizations join through rigorous evaluation and credentialing. Membership brings outsourcing opportunities and free service training through the BiomedRx Institute.

BiomedRx Corporate News

Featured

BiomedRx Q2 2026 Technology Innovation Roadmap: AI-Assisted Equipment Diagnostics

Predictive maintenance shifts biomedical equipment service from fixed calendar intervals toward condition-based intervention — using device logs, utilization data, and sensor telemetry to flag components trending toward failure before they cause unplanned downtime. For a Healthcare Technology Management program this can mean fewer disruptive breakdowns on imaging and life-support equipment, but it also raises the bar on data quality, integration with the CMMS, and validation of any model that influences a maintenance decision.

Our roadmap treats AI-assisted diagnostics as a decision-support layer, not a replacement for qualified biomedical engineers or for manufacturer-recommended service. Any move away from a device's original maintenance schedule has to be documented under a risk-based alternative-equipment-maintenance rationale, and networked or software-driven devices bring cybersecurity obligations that the FDA and standards bodies increasingly expect to be addressed across the full device lifecycle.

Over the next 18 months our priorities are practical: clean and structured service data, secure device connectivity, transparent models whose recommendations a technician can review and override, and audit-ready records that hold up to CMS and accreditation surveys. The goal is measurable reliability gains on critical equipment while keeping human accountability and regulatory documentation firmly in place.

AI-assisted diagnostics only pay off if they make the accreditation story stronger, not noisier. The Joint Commission’s 2026 Accreditation 360 restructuring shifts the survey’s emphasis toward the demonstrated condition and performance of equipment rather than the sheer volume of documentation, which is exactly where predictive-maintenance analytics earn their keep — flagging drift before failure and generating the traceable service record surveyors now want to see. Our roadmap pairs those tools with the discipline that 100% of medical equipment carry documented preventive maintenance. References: The Joint Commission and NFPA 99.

Sources: FDA — AI/ML in Medical Devices; AAMI; ECRI

May 6, 2026 · 9 min read

Informative

BiomedRx Wins VA Biomedical Service Contract Extension — Three-Year Agreement

A three-year renewal of a federal biomedical equipment service agreement across VA medical centers reflects the sustained, standards-driven nature of clinical engineering work in government healthcare. Servicing equipment inside the Veterans Health Administration means operating under strict expectations for medical device maintenance, safety testing, and recordkeeping, consistent with the same accreditation and regulatory frameworks — from The Joint Commission to CMS Conditions of Participation — that govern the broader hospital environment.

The scope of a nationwide VA agreement typically spans scheduled preventive maintenance, corrective repair, incoming inspection, and support for the alarms and life-support systems that patient care depends on. Delivering that consistently across multiple facilities requires disciplined documentation, trained biomedical technicians, and adherence to manufacturer service guidance and recognized standards, so that every device in the field carries a complete, survey-ready maintenance history.

A renewal also signals continuity for the teams and veterans involved, allowing for measured expansion of staffing and coverage rather than disruptive transitions. For a veteran-owned biomedical service provider, extending federal work underscores a commitment to the reliability and safety standards that healthcare technology management is built on.

Sources: The Joint Commission; CMS

May 13, 2026 · 6 min read

Story

The MRI That Wouldn't Start. Two Hours, One Veteran-Owner's Troubleshooting Mind.

A cardiac MRI going down at a military hospital is not a minor inconvenience — it stalls a diagnostic pipeline that clinicians and patients are counting on that day. MRI systems are among the most complex devices in a hospital, combining a superconducting magnet, cryogenic cooling, high-power gradient and radiofrequency subsystems, and layers of software interlocks, any one of which can hold the scanner in a fault state and refuse to start a scan.

Restoring a unit like this rewards methodical troubleshooting over guesswork: reading the fault logs, verifying environmental and cryogen status, checking chiller and power conditions, and working the interlock chain in order rather than swapping expensive components on a hunch. That patience matters because MRI service also carries serious safety considerations — the static field is always on, and quench and projectile hazards make disciplined procedure essential.

In this case, deep systems knowledge and two hours of careful, safety-first diagnosis brought a critical imaging unit back online. It is a concrete illustration of why experienced biomedical engineering — grounded in manufacturer guidance and recognized safety standards — remains central to keeping high-acuity equipment available for the patients who depend on it.

Sources: FDA — MRI Safety; ECRI

May 20, 2026 · 5 min read

2026 Industry Update

Where the code stands now, and what network members and health-technology management teams should be preparing for next.

NFPA 99 (2024) is the enforced edition

As of 2026, the 2024 edition of NFPA 99, Health Care Facilities Code, remains the current edition and the FDA-recognized consensus standard for health care facilities and appliances — covering installation, inspection, maintenance, and testing.

The 2027 edition is in development

The 2027 edition of NFPA 99 is now in development, with proposals under review that add a dedicated cybersecurity chapter and expanded vendor and contractor security-management requirements.

What service teams should do now

Keep equipment testing and isolated power documentation aligned to the enforced 2024 edition while preparing for the cybersecurity-focused 2027 changes.