OED-1000V
Ozone Endoscope Disinfector

Download OED-1000V brochure

Description of OED-1000V

The disinfection process

Outline dimensional drawings

Feature

1. Natural

• Ozone water
  Ozone water works to disinfect endoscopes using the oxidizing power of ozone. Because of its structure, ozone does not give rise to drug-resistant strains of bacteria.
• Real-time concentration control system
  Due to the difficulty in maintaining ozone water at a constant concentration, the OED-1000V constantly monitors the concentration of the ozone water. The bactericidal effect is always maintained.
• Chemical free
  There is no toxicity because the OED-1000V does not use any chemicals.

2. Easy-to-use and low running cost

• Economic
  Ozone water is made from electricity, oxygen and water keeping running costs very low.
• Time
  The total process time is 14 minutes from start to finish. After this, the endoscope is ready to be used again immediately without the need for further treatment.

3. Hygienic

• Ozone generator
  Fresh, new ozone water is generated for each wash cycle, guaranteeing a high level of disinfection.

4. Safe

• Ozone decomposition function
  Using the ozone decomposition function, ozone water is simply and safely transformed into water and ozone: harmless by-products. Additionally there is no need to neutralise the endoscope after sterilisation. An atmospheric ozone sensor provides additional safety against any leaking ozone.

5. Approved

• Ozone Effectiveness
  Certified in accordance with the Japanese Pharmaceutical Affairs Law.
  The effectiveness of OED-1000V disinfection has been proved in a thorough program of trials.

Various functions

Touch panel

An easy-to-operate touch-screen LCD panel conveniently displays all information.

Leakage detection
A leakage detection function is provided as standard.

Alcohol flushing
To conclude the wash cycle, an optional alcohol flush can be used to accelerate endoscope drying.

Specifications

NAME	OED-1000V (O2 supplied from Pipeline)	OED-1000V-T (O2 supplied from Cylinder)
Certi cation	Authorized by the Japanese Ministry of Health (Authorized NO.22000BZZ00009000)
Application	Disinfection for Flexible Endoscope
Disinfectant solution	Ozone water
Voltage	100 - 240 VAC (with transformer)
Frequency	50 / 60 Hz
Power consumption	550W (max)
O2 supply method	Wall pipeline	Oxygen Cylinder
Dimensions	W500×D550×H1020
Weight	65 kg (dry condition)
Concentration of Ozone water	0.7±0.2ppm
Processing time	14 min (*use alcohol mode: 19 min)
Number of reprocessed scopes	1 scope
Supply Oxygen ow	Less than or equal to 5L with each cycle
Attachments (common)	AC Power cord, Water supply and drainage hoses, Tray, Adhesive disc, Rubber band, Hose band, L-shaped pipe, Operation manual, Quick user guide
Attachments (individual)	Hose	Regulator, Hose
Accessary parts	Disinfection tube, Leakage detection tube, Filter for feed-water, Filter for drain-water, Printer
Periodical replacement parts	Ozone decomposition catalyst, Discharged water plug, Ozone sensor, Ozone concentration meter
Control over ozone water	Real-time concentration control system for ozone water
Type of Oxygen gas	Oxygen for medical use
Supply Oxygen pressure	0.4 Mpa
Volume of water consumption	Approx 35 L with each cycle
Supply water pressure	Between 0.1Mpa and 0.8Mpa (1- 8kgf/cm2)
Conguration of faucet	same gure as washing machine for household use
Supply water temperature	10 - 25℃ (20℃ recommendation)
Drain facility	Floor drain or Sink drain (more than 20L / min)
Volume of alcohol consumption	Approx 50 mL ethanol for disinfection with each cycle (*in use Alcohol mode)
Ambient temperatures	10 - 40℃
Relative Humidity	30 - 85%RH (no condensation)
Atmospheric pressure	700 - 1060 hPa
Electrical services	AC100 - 240V 50/60 Hz grounding receptacle (electric capacitance more than 10A)
EMC ( noise)	Approved by Japanese Industrial Standards (JIS T0601-1-2)