B Science HdrOzone

Ozone & Hydrogen Peroxide & Hydronium Plasma Sterilizer


Hydronium, Ozone, Hydrogen Peroxide Sterilization and Plasma Effect met in one device.

HdrOzone Hydronium Heavy Molecule
4 th Generation Hybrid NEW Technology = hdrOzone

Hydronium, Ozone, Hydrogen Peroxide Sterilization and Plasma Effect met in one device.

BSCIENCE® hdrOzone

Ozone & Hydrogen Peroxide & Hydronium Gas Plasma Sterilization Device

O3 + H2O2 + Hydronium + Plasma

The Most Effective and Safe Solution In Lumen Material Sterilization at FULL LOAD

CHANGE HAS BEGAN IN STERILIZATION !

No ''Diameter and Length'' Limits for all types of Lumen Material sterilization.
(Ø 2 mm. ... Diameter, Minimum 15 m. Length)

BSCIENCE® hdrOzone sterilization device is used safely to sterilize all kinds of heat and moisture sensitive medical instruments, plastic, lumen materials, electromechanical instruments, surgical instruments, complex and long lumen materials such as single and multi-channel flexible endoscopes.

Used safely for the sterilization of long & complex endoscopes and also multi-channel flexible lumen endoscopes with 4 channels and 4.5 m length.  Has a sterilization effect up to diameter Ø 2 mm and length 15 meters.

BSCIENCE® hdrOzone sterilization device is a cold plasma sterilization system with double sterilants [Hydrogen Peroxide (H2O2) and Ozone (O3)] operating at low temperature (37 – 45 °C), using heavy molecules and hydronium.

BScience HDROZONE: Safe Sterilization Process Video

Used under vacuum gas sterilization technical feature in hdrOzone sterilization. No lumen, diameter, size disadvantages, and limitations which are seen in the Hydrogen Peroxide sterilization device. It is much more effective than H2O2 plasma sterilization in the sterilization of complex lumen materials. In addition to the chemical reaction sterilization process in the device, the formation of hydroxyl radicals and plasma efficiency is very high. Not cause corrosion or residue on sterilized products.

Lumen Program
hrdOzone Sterilization Device Lumen Program

The device uses 60% Hydrogen Peroxide (H2O2) solution and Medical Oxygen for safe and no-limit sterilization. In this way, thanks to the intelligent program design, Ozone and Hydrogen Peroxide are used together for the most effective sterilization at the lowest dose.

Sterilization technique: With the application of H2O2 and O3 it is a sterilization effect of HYDRONIUM (HO3, HO4, H2O3, H2O4, HO5, OOH, H3O etc) heavy molecules, radicals, hydroxyls and ions.

The materials coming out of the hdrOzone plasma sterilization device are presented as ready-to-use without the need for extra ventilation with technological design and applications of the device. No harmful waste, the end products formed consist of water vapor and oxygen. Therefore, it offers safe sterilization as well as safe use for personnel and the environment.

BSCIENCE hdrOzone sterilization device uses a fixed-programmed sterilization cycle, which eliminates user error in sterilization safety. No need to classify the materials to be sterilized and to choose the appropriate cycle and program as in old technology devices. Mixed loading can be done. The ability of the device to operate mixed loads maximizes device efficiency, safe sterilization returns, while minimizing the amount of material classification to be sterilized, reducing labor cost.

hrdOzon Menü
hrdOzone Main Screen

Offers simple and fast use with pre-determined program options for language selection and sterilization on the large touch screen.

The device is in compliance with ISO 14937.

Packing Specifications: cellulose-free, synthetic materials such as polypropylene or Tyvek; Sterilization of fabric, cellulose and liquid is not suitable for this sterilization method.

BSCIENCE hdrOzone heavy molecule sterilization device operates with both H2O2 and hydronium technique. The device can also operate as a stand-alone hydrogen peroxide sterilization device.

BSCIENCE® hdrOzone Operating Principle

Sterilization process takes place in 8 successive stages.

hdrOzone Working Principle

After the boiler temperature reaches the selected value:

  1. Vacuum phase: The removal of the sterilization chamber to a vacuum of -600, -900 mBar,
  2. Injection phase: evaporation of 8-10-12 cc 60% H2O2 concentration and injection into the sterilization chamber,
  3. Diffusion phase: The diffusion of hydrogen peroxide to the materials to be sterilized in the sterilization chamber,
    • Oxygen is taken into the system and ozonized and given to the system (chamber)
    • Diffusion of the materials to be sterilized into the hydrogen peroxide and ozone’s sterilization chamber,
    • Adsorption of hydronium and heavy molecules for sterilization,
    • Dilution of hydrogen peroxide into the materials to be sterilized in the sterilization chamber
  4. Plasma phase: Making HRF COLD PLASMA in sterilization boiler under -300 / -700 mBar atmospheric vacuum.
  5. Ventilation phase: The return of the Sterilization Chamber to normal atmospheric pressure.
BSCIENCE® Lumen Sterilization (PCD)

Hydrogen Peroxide H2O2 + O3 Ozone + Hydronium Plasma Sterilization Device performs sterilization of medical products and other materials with similar properties, except for conventional type disposable materials. No apparatus is needed for the sterilization of complex lumen materials.

Endoscopes
Rigid Endoscopes Flexible Endoscopes
Arthroscope
Laparoscopes
Laryngoscope
Resectoscope
Trocar Cannula
Trocar Case
etc..
Bronchoscope
Hysteroscope
Choledoscope
Ureteroscope
Cystoscope
etc..
Device & Tool
Defibrillator Pedals
Doppler
Implants
Electrocautery  Products
Endoscopic Products
Head Pressure  Transducer Cables
Kri-Probes
Esophagus Dilators
etc.
Surgical Power Equipment
Drilling & Cutting Tools
Fiber Accessories
Fiber Optic Cables
Laser Hand Products
Ophthalmic Lenses
Radiation Therapy Instruments
Ultrasound Probes
Video Camera and Connection Apparatus
etc..
4th Hybrid Technology, Low-Temperature Ozone (O3) & Hydrogen Peroxide (H2O2) & Hydronium Gas Plasma Sterilization Device
Model and Technical Specifications
Model B3S125
TYPE BSCIENCE® hdrOzone
SCREEN Touch Screen 7″
EXTERIOR DIMENSIONS (W-D-H) (mm) 730 x 955 x 1980
INTERIOR DIMENSIONS (W-D-H) (mm) 440 x 500 x 700
CHAMBER VOLUME (Lt) 154
CHAMBER EFFECTIVE VOLUME (Lt) 134
CARTRIDGE H2O2 SOLUTION AMOUNT 150 cc
MAXIMUM POWER (Watt) 3200 W
WORKING VOLTAGE 220 /230 VAC, 50/60 Hz
EXTERIOR CHASSIS MATERIALS STAINLESS STEEL 304
CHAMBER MATERIAL STAINLESS STEEL 316
KILOGRAM 430
Oxygen Specification
External Oxygen Connection Hospital Type Medical Oxygen ≤ 90%
Sterile H2O2 Agent Feature
 H2O2Concentration Min %45 H2O2 Concentration and above Concentration sterilization efficiency
H2O2 Cartridge Feature 45% – … – 60% H2O2 / 100 cc – 150 cc / Safety vent
Cartridge Cycle Quantity 5 cycles, 7 cycles, 10 cycles, 15 cycle cartridge/cassette types are available
Cartridge Shelf Life 6/12 months from the production date at a temperature of 15-25 ˚C.
Waste H2O2 Drainage Feature Yes (1 Lt disposable)
Used Packaging Products
Compatible Packaging Materials Tyvek® Sterilization Roller, Wrap Papers, Various Surgical Container Systems
Unsuitable Materials Textile, Cellulose, Liquids, Natural Rubber etc.
Indicators Chemical and Biological Indicators
Maintenance
Vacuum Pump and Maintenance Periods 6 Months (300 cycles) and 1 year (600 cycles) vacuum pump oil change is also performed with the device maintenance.
Other Technical Specifications The device is a mobile block type and has easy transportation and installation feature with 4 wheels, 2 of which are locked under the cabin.  Needs an external power outlet. No need additional waste disposal system.
Ethylene Oxide, Hydrogen Peroxide Sterilization System Comparison Table
STERILIZATION Method Ethylene Oxide Hydrogen Peroxide Hydrogen Peroxide & Ozone
BSCIENCE® EO - C2H4O H2O2  H2O2 & O3  &Hydronium
Efficiency Effective Limited Efficacy High Efficacy on Lumen Products
Cycle Time ~ 4-12 hrs ~ 70 minutes ~ 95 minutes (Load)
Cost of Cycle ~ 12,00* € ~9,00* € ~ 10,00* €
Cartridge Storage Challenging Appropriate Appropriate
Danger Level High Eco- Friendly Ecologic
Preparation for Sterilization Medium Long Short
Capacity High Capacity Limited Capacity High Capacity
Material Compatibility Mixed Material Various Programs for Different Products Mixed Material
Pollutant Risky Ecologic Ecologic
External Connection Needed No Needed Needed
Working Temperature 37-55 ℃ 37-55 ℃ 37-45 ℃
Sterility Assurance Level (SAL) 10-6 10-6 10-6
Maintenance Expensive Reasonable Reasonable
Installation Challenging Easy Easy
Working Principle Only ETO Only H2O2 Gas Vapor or with Plasma 1- H2O2 2- H2O2 & O3 3- Hydronium
Diameter and Length Limitless 1 mm Ø - 850 mm / 2mm Ø 1200 mm Ø 0,1 mm - 50 cm Ø 2 mm inner diameter min. 4,5 - 15 meter length
Residue on Product Risky No residue on product No residue on instruments and long lumen products
Cost of Device (Highest)
Overall Score 7/18 8/18 16/18

The chart is showing the comparison of sterilizers in terms of different parameters and properties. Although sterilization is certain in each of the methods, there are variables to consider for the end users' perspective.

The ranking shows that the most suitable sterilizer is Low-Temperature Hydrogen Peroxide (H2O2) & Ozone Gas Plasma (O3) Sterilizer with 16/18 points. The second one is Hydrogen Peroxide Gas Plasma Sterilizer in terms of Cost and Capability-with  8/18. The third is Ethylene Oxide Gas Sterilizer with limited advantages and high considerable risk – 7/18.

BSCIENCE ® hdrOzone INSTALLATION REQUIREMENT

Carry the device with the help of a pallet truck. With the help of the wheels of the device, take it from the downloaded place to the place where it will be installed. Have the device installed by our Technical Service. After the installation, the personnel who will use the device are trained and the device is explained.

For Installation;

  • 220 V AC grounded socket is required.
  • The environment where the device will be installed should have ventilation. Ambient temperature should not exceed the range of +15 to +35 °C.
  • There should be a distance of at least 60 cm from the back and sides of the device.

* For the hdrOzone device, there must be an exhaust connection on the wall.