Dental Water Purifier
Multi-stage dental water purification system with 50L/H capacity, supporting 1-6 dental units with integrated UV sterilization and automatic pressure control.
Louise Corscadden, PhD
Neuroscience · ConductScience
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The Dental Water Purifier (BIO-0707) is a multi-stage water treatment system designed for clinical and research dental applications requiring high-purity water. The system integrates purification, refining, storage, UV sterilization, and constant pressure water supply in a single 50L/H capacity unit. With automatic integrated control and support for 1-6 dental chair units, this system provides reliable water quality management for dental research protocols and clinical procedures.
The treatment process combines multiple purification stages with continuous UV sterilization to maintain water quality during storage and distribution. The constant pressure water supply system ensures consistent flow rates across multiple connection points, while the automatic control system monitors and maintains optimal operating parameters. The compact design (550×470×1000mm) accommodates laboratory and clinical space constraints while providing sufficient capacity for multi-station operations.
How It Works
The dental water purifier employs a multi-stage treatment process combining physical filtration, chemical purification, and UV sterilization. The initial purification stage removes particulates and chemical contaminants through filtration media, while the refining stage further reduces dissolved impurities to achieve the water quality specifications required for dental applications.
Following purification, treated water enters a storage tank equipped with continuous UV sterilization to prevent microbial growth during storage. The UV sterilization system maintains water quality by inactivating bacteria, viruses, and other microorganisms through germicidal UV radiation. The constant pressure water supply system uses automated pump control to maintain consistent water pressure (0.2-0.4MP inlet requirement) across all connected dental units, ensuring reliable flow rates regardless of simultaneous usage at multiple stations.
The automatic integrated control system monitors water quality parameters, flow rates, and system pressure, adjusting pump operation and treatment cycles as needed. This closed-loop control maintains optimal water quality while minimizing energy consumption and extending system component life.
Features & Benefits
Automation Level
- semi-automated
Supported Dental Chair Quantity
- 1~6 units
Rated Water Production
- ≥50L/H
Control Method
- Automatic Integrated Control
Inlet Water Pressure
- 0.2~0.4MP
Treatment Process
- Purification + Refining + Storage + UV Sterilization + Constant Pressure Water Supply
Consumption
- 380W
External Size(W*D*H)
- 550*470*1000mm
Package Size(W*D*H)
- 580*550*1080mm
Brand
- ConductScience
Research Domain
- Clinical Dentistry
- Environmental Monitoring
- Materials Science
- Microbiology
- Oral Biology
- Pharmaceutical QC
Weight
- 50kg
Weight
- 40.0 kg
Dimensions
- L: 100.0 mm
- W: 55.0 mm
- H: 47.0 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Water Production Capacity | 50L/H rated production | Entry-level systems often provide 20-30L/H capacity | Higher capacity supports multiple simultaneous users without flow rate degradation |
| Dental Unit Support | 1-6 dental chair units | Basic systems typically support 1-3 units | Scalable design accommodates larger research facilities and multi-station clinical setups |
| Control System | Automatic integrated control | Manual control systems require operator monitoring | Reduces labor requirements and maintains consistent performance without continuous oversight |
| Treatment Process | Purification + Refining + Storage + UV Sterilization + Constant Pressure | Basic systems may lack integrated UV sterilization or pressure regulation | Complete treatment chain ensures water quality from purification through distribution |
| System Integration | Single unit design (550×470×1000mm) | Modular systems require separate components and additional space | Compact integration simplifies installation and reduces space requirements |
This system offers comprehensive water treatment with higher capacity and multi-station support compared to entry-level units. The automatic control system and integrated UV sterilization provide operational advantages for research facilities requiring consistent water quality across multiple dental units.
Practical Tips
Replace UV sterilization lamps according to manufacturer schedule, typically every 6-12 months depending on usage.
Why: UV lamp output decreases over time, reducing sterilization efficacy and compromising water quality.
Monitor inlet water pressure regularly to ensure it remains within the 0.2-0.4MP specification range.
Why: Pressure outside this range can affect system performance and water quality consistency.
Perform periodic water quality testing at all outlet points to verify consistent treatment across all connected units.
Why: Distribution line variations can affect water quality at different connection points.
Check automatic control system indicators first when experiencing flow rate or pressure issues.
Why: The control system provides diagnostic information that can identify specific component problems.
Document water quality test results and system maintenance to establish performance baselines and trends.
Why: Historical data helps identify declining performance before it affects research protocols.
Ensure proper electrical grounding and GFCI protection for the 380W electrical connection in wet environments.
Why: Water treatment systems in dental environments require additional electrical safety precautions.
Allow the system to complete startup cycles after power interruptions before resuming normal operations.
Why: Startup sequences ensure proper priming and water quality before distribution to connected units.
Setup Guide
What’s in the Box
- Dental water purifier main unit
- Power cable and electrical connections
- Water inlet and outlet fittings
- Distribution line connectors (typical)
- UV sterilization lamp assembly
- Control panel interface
- Installation and operation manual
- Water quality test strips (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering defects in materials and workmanship, with technical support for installation, operation, and maintenance procedures.
Compliance
What water quality parameters does the system achieve and how is quality maintained during storage?
The multi-stage purification and refining process removes particulates and chemical contaminants, with continuous UV sterilization preventing microbial growth during storage. Consult product datasheet for specific water quality parameters and testing protocols.
How many dental units can be connected and what are the pressure requirements?
The system supports 1-6 dental chair units with inlet water pressure requirements of 0.2-0.4MP. The constant pressure water supply maintains consistent flow rates across all connected units.
What maintenance is required for the UV sterilization system and filtration components?
UV lamp replacement and filtration media changes are required at intervals specified in the operation manual. The automatic control system typically provides maintenance indicators for component replacement scheduling.
Can the system operate continuously and what is the recovery time for the 50L/H capacity?
The system is designed for continuous operation with 50L/H rated production capacity. Recovery time depends on storage tank capacity and simultaneous usage across connected dental units.
What power requirements are needed and are there backup options for power interruptions?
The system requires 380W electrical supply for normal operation. Backup power options would depend on facility infrastructure, though stored treated water provides temporary supply during brief power interruptions.
How does the automatic control system monitor water quality and system performance?
The integrated control system monitors treatment process parameters, pressure levels, and UV sterilization function. Specific monitoring capabilities and alarm functions are detailed in the technical documentation.
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