| Residual liquid | Less than equal to 1μL/well |
|---|---|
| Wash mode | Plate mode and strip mode |
| Wash strip | 1 to 12 adjustable |
| Plate types | Flat, U-bottom, V-bottom |
| Washing volume | 50-9999 μL/well |
| Washing Times | 1 to 99 times adjustable |
| Shaking Time | 0 to 600 sec adjustable |
| Aspiration Time | 0.1-9.9 sec. |
| Input | 8 key membrane keyboards |
| Display | High brightness LCD display screen |
| Operating Environment | Temperature - 5°C to 40°C, maximum humidity-80% |
| Storage capacity | Store up to 100 user programmed wash protocols. |
| Dispense precision | CV les s than equal to 2% |
| Power supply | 220 V, 50 Hz |
| Dimensions (W x D x H) | 448 x 382 x 163 mm |
| Packaging Dimensions | 600 x 500 x 530mm |
| Net Weight | 9 Kg |
| Gross Weight | 13 Kg |
Flexible washing modes
Overflow alarm system
Large memory storage
Programmable wash protocols
High washing efficiency
Microplate Washer EZL–MW101 is widely used for ELISA assays. It is also suitable for washing cell cultures, protein arrays, Western blots, beads and DNA purification protocol.
The Microplate Washer EZL–MW101 significantly reduces manual workload by automating the plate washing steps in ELISA protocols. This ensures that wash cycles are completed quickly and consistently, eliminating the variability that often comes with hand washing. Automated washing also frees up technicians to focus on data analysis or other important laboratory tasks, improving overall workflow. By maintaining uniform washing across multiple plates, it increases productivity and shortens turnaround time for high throughput testing environments.
Our Microplate Washer EZL–MW101 is designed with multiple safeguards to protect both operators and samples. Its controlled wash process prevents overflow and cross-contamination, maintaining clean and reliable assay results. The enclosed system minimizes direct contact with potentially hazardous reagents, promoting operator safety. In addition, secure plate handling ensures that delicate samples are not accidentally lost or damaged during the washing process, creating a safe and reliable working environment.
Ezilab’s Microplate Washer EZL–MW101 ensures uniformity in every wash cycle, a critical factor for assays where reproducibility determines reliability. In ELISA and other immunoassays, incomplete washing can lead to background noise or false results. The washer’s precision in removing unbound reagents helps produce clearer signals, which directly translates to more accurate data. This consistency strengthens result reliability across multiple plates, supporting laboratories in both diagnostic testing and advanced research applications.
Ezilab’s Microplate Washer EZL–MW101 is not limited to ELISA applications, it can be applied across a variety of microplate-based assays. Its flexible settings allow researchers to adapt wash cycles depending on assay type, making it useful for immunoassays, protein-binding studies, and even cell-based experiments that require gentle washing. This adaptability means laboratories do not need multiple washing instruments for different tests. By supporting diverse applications, it increases both the utility and cost-effectiveness of the system.
The Microplate Washer EZL–MW101 is engineered to optimize reagent use by dispensing only the precise volume required for each wash cycle. This not only ensures thorough cleaning but also avoids unnecessary consumption of costly reagents. Over time, this efficiency translates into significant savings, particularly in labs with high sample throughput. By reducing waste, the system also aligns with environmentally conscious laboratory practices, supporting both sustainability goals and budget management.
Our Microplate Washer EZL–MW101 is built for ease of maintenance, keeping downtime to a minimum. Routine care involves rinsing the system with distilled water, cleaning accessible tubing, and running occasional system checks. Its design makes it simple for laboratory staff to perform these tasks without needing specialized tools or technical expertise. Built-in self-check features further assist by alerting users to potential issues early, helping avoid costly repairs and extending the lifespan of the instrument.
