OUR STORY
Built Around One Simple Question.
Is there a better way to protect the hospital bed between patients?
Trinity Guardion was founded around the belief that one of the most important patient surfaces in healthcare deserved a more controlled, repeatable approach to protection and reprocessing.
READ OUR STORYWHY SOTERIA?
Named for the Greek goddess associated with safety and preservation.
A Name That Defined the Mission
The founders chose the name Soteria because it reflected the purpose behind the product: helping preserve and protect the patient environment.
The goal was not simply to create another mattress cover. Trinity Guardion set out to develop an engineered system for protecting the hospital mattress and bed deck while creating a repeatable process between patients.
THE PROBLEM WE SAW
The Bed Was Being Cleaned. But Was the Process Controlled?
Hospital beds and mattresses are reused across thousands of patient encounters. Yet traditional reprocessing relies heavily on manual cleaning of complex surfaces, mattress covers, seams, and bed components.
Trinity Guardion began with a different idea: rather than depending solely on cleaning contamination after it reaches the mattress, create a physical barrier that helps prevent that contamination from reaching the mattress and bed deck in the first place.
FROM IDEA TO HEALTHCARE SOLUTION
Years of Research Before the First Launch
Trinity Guardion reports investing approximately six years in research, clinical testing, and published studies before launching Soteria in 2010.
Question the Status Quo
Explore a better approach to protecting and reprocessing hospital mattresses and bed decks.
Build the Evidence
Product development was supported by years of research, clinical testing, and validation.
Soteria Launches
Trinity Guardion introduced the Soteria® Bed Barrier as a reusable healthcare bed-protection system.
Protection Becomes Measurable
RFID, barcode identification, and digital tools expanded the system beyond physical protection.
Soteria + EcoSystem
Trinity Guardion now combines reusable physical protection with digital inventory, lifecycle, and compliance visibility.
HOW WE THINK
Protect. Reprocess. Inspect. Verify.
The Trinity Guardion approach has evolved, but the core philosophy remains the same: build a system that makes patient-surface protection more repeatable and more accountable.
Place a physical barrier between patient contamination and valuable bed surfaces.
Move barrier reprocessing into a controlled healthcare-laundry workflow.
Examine the barrier between patient uses before it returns to service.
Use identification and digital tracking to make the process more visible.
CONTINUING TO EVOLVE
From a Bed Barrier to a Connected System
Soteria began as an engineered solution for physical bed and mattress protection. The system has continued to evolve as healthcare organizations increasingly require visibility, documentation, and accountability.
EcoSystem extends that philosophy by helping facilities identify barriers, manage inventory, monitor lifecycle status, and better understand movement throughout the organization.
BUILT ON RESEARCH
Evidence Has Been Part of the Story From the Beginning
Trinity Guardion’s development has included published research, clinical studies, laboratory validation, mattress audits, and healthcare-facility experience examining contamination, reprocessing, equipment integrity, and infection outcomes.
OUR MISSION
Help ensure every patient is placed on a clean, sound, protected surface.
That objective continues to guide how Trinity Guardion approaches product design, reprocessing, clinical validation, and technology.
THE PEOPLE BEHIND THE MISSION
Meet Trinity Guardion
Trinity Guardion’s leadership continues to focus on advancing patient-surface protection and developing practical solutions for healthcare organizations.
THE STORY CONTINUES
Better Protection Starts With Rethinking the Surface
See how Trinity Guardion is combining physical protection, validated reprocessing, and connected technology to change the way healthcare organizations manage the patient bed.