B Science

A PARADIGM SHIFT IN STERILIZATION!

HdrOzone
Hydronium Sterilization Method

Next‑Generation Sterilization Platform


a global challenge
Global Threats in Sterilization

Superbugs, biofilms, resistant infections, the endoscope crisis, prions and other hard-to-kill agents.

safe effective
Ultra Low Temperature

37–45°C effective sterilization that preserves next‑generation polymers and sensitive optical instruments.

reactive chemistry
Reactive Chemistry

Synergistic combination of reactive species for superior microbial kill — Hydronium Heavy‑Molecule Technology.

validated performance
Long Lumen Sterilization Capability

Validated performance for full loads in lumens up to 15 m long with 2 mm internal diameter.

material compatibility
Material Compatibility

Safe for polymers, optical materials, elastomers, flexible endoscopes and complex medical devices.

scientifically proven
Scientifically Proven

Patented technology with comprehensive validation and international certification — Hydronium Heavy‑Molecule Sterilization Method.

THE WORLD NEEDS A NEW STERILIZATION SOLUTION !

Resistant superbug

Superbugs and Resistance

Biofilm

Biofilm Formation

Endoscope

Endoscope Crisis

Associated infections

Associated Infections

Prions

Prions and Hard‑to‑Kill Agents

Celsius 37-45

37–45 °C

Ultra Low Temperature

Lumen 1-15 m

1–15 m

Long Lumen Capacity

10^-3 torr

10-3 torr

High Vacuum Technology

100% compatibility

100%

Material Compatibility

HOW DOES HDROZONE WORK?

1 Vacuum Phase

Process: Vacuum

Deep vacuum is applied.

2 H2O2 Phase

Process: H2O2

Hydrogen peroxide is introduced.

3 O2 / O3 Phase

Process: O3

Ozone is generated and diffused.

4 Reaction Phase

Process: Reaction

Hydronium‑based sterilization reactions occur.

5 Plasma Phase

Process: Plasma

Cold plasma activation.

6 Aeration

Process: Aeration

Return to atmospheric pressure.


Reactive Chemistry Synergy

Reactive chemistry
ROS Network Sterilization

The synergy of reactive oxygen species (ROS) and hydronium ions (H3O*) provides effective and safe sterilization by adsorption‑mediated targeting of microbial cell walls, membranes, proteins and nucleic acids.

Learn More
Sterilization Window
37–45°C
  • Ultra low temperature
  • Low H2O2 concentration
  • Low energy consumption
  • High material compatibility
  • Long lumen capability

Non‑Destructive Sterilization

Endoscopes
Endoscopes
Optics
Optics
Catheters
Catheters
Polymers
Polymers
Robotic instruments
Robotic instruments
Elastomers
Elastomers

Scientific Validation

Patented Technology
Patented technology
CE Certified
CE 1984 certificate
ISO 13485
ISO 13485 certificate
Validation Reports
Validation reports
Biological Indicators
Biological indicators
Corrosion Testing
Corrosion testing
Material Compatibility
Material compatibility
Clinical Evaluations
Clinical evaluations

Usage
Fields of Application
  • Hospitals
  • Dentistry
  • Laboratories
  • Biotechnology
  • Research Institutions
  • Endoscopy & CSSD
All Applications
World map
Global Expansion

Installations worldwide and strong strategic partnerships



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HdrOzone devices
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