SENOVA BIOTECH (SHANGHAI) CO., LTD.
Product Details
Place of Origin: China
Brand Name: Senova
Certification: CE
Model Number: BWD-200L
Payment & Shipping Terms
Minimum Order Quantity: 1 unit
Price: Available upon request
Packaging Details: plywood case
Delivery Time: 5-20 working days
Payment Terms: T/T
Supply Ability: 100 units
Product Name: |
Laboratory Glassware Washer |
Display: |
7" Touch Screen LCD |
Water Consumption: |
18 Liters Per Cycle |
Capacity: |
200L |
Tank Internal Temperature: |
0°C To 99°C |
Powersupply: |
220-240V, 50/60Hz |
Product Name: |
Laboratory Glassware Washer |
Display: |
7" Touch Screen LCD |
Water Consumption: |
18 Liters Per Cycle |
Capacity: |
200L |
Tank Internal Temperature: |
0°C To 99°C |
Powersupply: |
220-240V, 50/60Hz |
Laboratory Glassware Washer (with drying)BWD-200L
Main features
Reliable Process Control with Full Data Traceability for Regulated Labs
This advanced control system is engineered for precision and compliance, delivering uninterrupted operation and complete documentation essential for quality-focused environments.
Secure & Consistent Operation
A robust, interference-resistant control unit guarantees reliable and repeatable cycle execution. Critical electrical components are shielded to maintain sensor accuracy and timing integrity throughout each process.
Controlled Access & Audit-Ready Documentation
Multi-level password protection creates a clear audit trail, tracking all program modifications and cycle initiations. All safety logic, including the door lock mechanism, contributes to full cycle traceability.
Comprehensive Data Management
The touchscreen interface provides real-time monitoring and serves as the primary dashboard for live process data. A built-in memory function preserves cycle records against power interruptions. Complete logs of alarms, machine states, and interventions (including emergency stop events) are maintained for historical review. Cycle parameters, timings, and error reports can be exported directly via USB for external analysis and archiving.
Sample Protection & Reproducible Workflows
Enforced temperature limits safeguard sample integrity and ensure repeatable results. Door position control standardizes loading and unloading procedures, supporting reproducible operations.
Built for Quality Assurance
This system is an essential tool for laboratories operating under GLP, GMP, or ISO quality standards, providing the controlled environment and verifiable documentation required for strict compliance.
Specifications
| Items | Model | BWD-200L |
| Cleaning | Capacity(L) | 220 |
| Washer Load Level | 2 | |
| Water Wash Power(kW) | 0.75 | |
| Water Heater Power(kW) | 5 | |
| MAX.Power(kW) | 6 | |
| Water Consumption/Cycle(L) | 18 | |
| Tank Internal Temperature(C) | 0~99 | |
| Water Supply Pressure(Mpa) | Inlet tap water: Pressure 0.3-1.0Mpa. Inlet pure water: Integrated booster pump for automatic water feeding is included and pressure is not required. | |
| Peristaltic Pump for Cleaning Agent | 2 independent pumps control detergent agent and neutralizing agent | |
| Cleaning Agent Level Sensor | YES | |
| Washing Pump | Sweden 800L/min | |
| Drying | Drying Function | YES |
| Steam Condenser | YES | |
| Dry Power(kW) | 3 | |
| Control System and Traceability | Control System | 7"color LCD touch screen display,microprocessor |
| Programme | 40 pre-set programs (editable)+200 customized programmes | |
| Password Protection | 3-level password | |
| Safety Emergency Button | YES | |
| USB port | YES | |
| Integrated printer | Optional | |
| Online Monitor Performance of Washing | Optional | |
| Dimensions &Weight | Chamber Dimension(W*D*H,mm) | 600*629*679 |
| Exterior Dimension(W*D*H,mm) | 990*740*1145 | |
| Package Dimension(W*D*H,mm) | 1110*940*1345 | |
| Net Weight(Host only,kg) | 193 | |
| Gross Weight(Host with rack,kg) | 260 |
Introduction about laboratory glassware washer
The shift from handwashing to automated laboratory glassware washers marks a significant leap in scientific methodology. These systems deliver uniform, residue-free cleaning for beakers, flasks, test tubes, and other vessels, thereby reducing the risk of experimental error. Automation standardizes each step—washing, rinsing with potable or purified water, and drying—while minimizing human intervention with hazardous materials. Consistency is achieved via programmable controls over temperature, detergent use, and cycle timing, factors crucial for replicable research.
Modern enhancements include digital microprocessors, touch-screen operation, HEPA filtration in drying chambers, and compatibility with water purification setups. Early versions were simple adaptations of domestic dishwashers, but current models, like those from Senova, offer customized cycles and variable-frequency pumps that protect delicate glassware. This technological progression underscores the washer’s role as a vital tool for maintaining both efficiency and rigor in today’s analytical laboratories.
