1800L Heavy Duty Labware Washer Dual Doors Lab Glass Washer
Delivering reliability across four operational dimensions, this washer is built for modern labs.
Spray arms and a rack system engineered for uniform water distribution to all levels.
Dual-inlet setup facilitates flexible water sourcing.
The touch screen with an emergency stop for safety.
Process standardization is aided by the peristaltic pump for additives and the integrated control of pump pressure and water flow via a flow meter.
Powered by a S-i-e-m-e-n-s PLC, offers sophisticated management through its touch screen.
User access to hundreds of programmable cycles with customizable identifiers.
Self-diagnostic capabilities, shielded from lab conditions
Power interruption recovery function.
Emergency stop
Monitors for leaks in real time
Intelligent door system preventing closure on obstacles to avoid accidents.
A secure lock prevents door opening during active cycles.
Electrical systems are divided into isolated, lockable boxes for safety.
A comprehensive alarm suite monitors system health, including thermal and fluidic components.
Three-tiered user access.
Extensive internal database of all cleaning cycles and alarm events.
Export to PDF on a USB device, or direct printing.
Each cycle is documented in detail, and the system automatically logs all operational parameters and changes, ensuring complete traceability.
| Model | HG-1800D |
| Exterior Dimension(W*D*H,mm) | 2500*1540*2250 |
| Capacity(L) | 1800 |
| Control System | PLC/S-i-e-m-e-n-s or equivalent |
| Display | 12" touch screen |
| Door Structure | Dual doors |
| Door Opening Method | Electric |
| Circulating pump flowA(L/min) | 1000 |
| Circulating pump flowB(L/min) | 1500 |
| Tank Internal Temperature(C) | Rt-93 |
| Water Heater Power(kW) | 24 |
| Drying temperature(C) | Rt-120 |
| Dry Power(kW) | 15 |
| Voltage(V/Hz) | 380/50 |
A Critical Investment for Research Integrity
A modern laboratory glassware washer should be viewed as a fundamental investment in research integrity, not merely a convenience. Its primary role is to eliminate a key variable—contaminated glassware—that can invalidate experiments and waste valuable resources. Automated, programmable cleaning ensures a standardized, high-quality result for every beaker, flask, or pipette, directly supporting the principle of reproducibility. The safety benefits, through reduced handler exposure to hazardous materials, also protect an institution's most important asset: its personnel. When considering the total cost of a failed experiment due to contamination, the investment in a reliable, feature-rich system from a trusted manufacturer like Senova proves its value by safeguarding both scientific and human capital.
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