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DENTAL INFECTION CONTROL ENGINEERING

Protect each Dental Unit waterline with one dedicated ODB.

Each Dental Unit uses one ODB with its own bottle or water reservoir. The official simulation estimates reservoir ozone concentration over time under constant and changing water-volume conditions.

1 DENTAL UNIT · 1 ODBWATER RESERVOIRSOAKING OVER TIMEODB WATER VALIDATION
Waterline ProtectionODB supplies the sealed Dental Unit through one Water Inlet; treated water reappears only at the Handpiece and Oral Rinse.
CORE PROTECTION SYSTEMS

Control contamination at the treatment-water source and within the surrounding treatment air.

01
ODB WATERLINE ENGINEERING PRINCIPLE

One ODB serves one Dental Unit water reservoir

The 1:1 installation ratio controls equipment quantity only. ODB performance is represented by the official soaking and changing-water-volume model.

Strict installation rule: each Dental Unit receives one ODB with its own bottle or water reservoir. Project quantity never changes the official soaking curves.

02
OFFICIAL ODB SOAKING SIMULATION

ODB WATER RESERVOIR PERFORMANCE

Estimated ozone concentration in the Dental Unit water reservoir during one-hour ODB operation under constant and changing water-volume conditions.

INSTALLATION BASIS

1 Dental Unit = 1 ODB

Each ODB is dedicated to one Dental Unit. The ODB operating-cycle and reservoir simulations represent one installed ODB. Project quantity and commercial sizing are handled in quotation or project-design workflows.

Dental Unit1
ODB1
Installation ratio1 : 1
PER-UNIT VALUESNever divided by project quantity
EOG Runtime per ODB20 min / activation
EOG Life per ODBCalculated independently
Ozone Simulation1 ODB
Water Reservoir Performance1 ODB
QUICK SIMULATION

ODB 16 mg/h ozone simulation

Estimated ozone concentration over one approved 60-minute soaking simulation under constant and changing water-volume conditions.

ODB output: 16 mg/h · concentration curves preserve the existing 60-minute engineering model.
ODB OPERATING CYCLE

1 Hour Mode

Each hourly block begins with a continuous 10-minute EOG run, followed by five REST 8 min → RUN 2 min intermittent cycles.

Operating mode
1 Hour Mode
Session duration
60 min
Completed hourly blocks
1
Initial continuous run
10 min / block
Intermittent cycles
5 / block
Cycle pattern
REST 8 min → RUN 2 min
Total EOG run
20 min
Total rest
40 min
Duty cycle
33.33%
EOG usage / session
20 min · 0.333 h
Hour 10–60 min
01018202830384048505860

RUN 10 · REST 8 · RUN 2 · REST 8 · RUN 2 · REST 8 · RUN 2 · REST 8 · RUN 2 · REST 8 · RUN 2

Constant 1 L Water · 1 Hour

Reference condition where the water volume remains fixed during the simulation.

Peak 1.52 ppm
00.450.901.351.800102030405060Time (min)Estimated O₃ concentration (ppm)
Peak O₃1.52 ppm
Average O₃0.90 ppm
Runtime60 min

Variable Water Volume · 1 Hour

Real-use reference where water volume changes during operation and refill behavior may occur.

Peak 1.68 ppm
00.450.901.351.800102030405060Time (min)Estimated O₃ concentration (ppm)Water volume (L)1.00
Peak O₃1.68 ppm
Average O₃1.13 ppm
Runtime60 min
Left graph conditionsConstant water volume at 1L, ODB output fixed at 16 mg/h, ozone loss included.
Right graph conditionsVariable water volume with refill behavior. Blue line shows ozone concentration; orange line shows water volume.
03
INDEPENDENT ODB WATER VALIDATION

Point-of-use evidence for ODB-treated Dental Unit water

Reservoir simulation estimates ozone concentration over time. Validation is a separate, report-specific microbiological result from actual point-of-use water.

ODB WATERLINE CLINICAL VALIDATION

Independent laboratory testing of point-of-use water

Independent laboratory testing of point-of-use water from an ODB-treated Dental Unit. This evidence does not validate room air, HAS Mini, ROS performance, OSB, surface sanitation, every installation, or the complete Dental Infection Control system.

INDEPENDENT LABORATORYMedica Laboratories Co., Ltd.
SPECIMENOzone Water from BioSure
METHODSpread Plate on TSA
DETAILED EVIDENCE RECORD

ODB-treated point-of-use water

Independent laboratory testing of point-of-use water from an ODB-treated Dental Unit.

Laboratory
Medica Laboratories Co., Ltd.
Specimen
Ozone Water from BioSure
Method
Spread Plate on TSA
Reported result
0 CFU/mL
View Original Laboratory Report
Eligible evidence points when explicitly documented
Triple Syringe — Patient SideTriple Syringe — Dentist SideOral RinseOther explicitly documented water outlet

Sampling point and registered date must be read from the selected original report before publication. They are not inferred or generalized here.

Laboratory-report preview

Report-specific evidence for ODB-treated point-of-use water only. Open the approved controlled source to review the original laboratory record.

View Original Laboratory Report
04
RECOMMENDED BES PRODUCTS

Waterline Protection product

Equipment quantity follows the strict 1 Dental Unit to 1 ODB rule.

ODB
PRIMARY WATERLINE PRODUCTODB

One ODB is assigned to each Dental Unit and operates with its own bottle or water reservoir.

Open BES product engineering →
05
NEXT ACTION

Confirm installation quantity and reservoir operating condition

Use the official soaking model for engineering reference and retain point-of-use validation as a separate evidence record.

Open Primary Product EngineeringContact BES Engineering