| Microplate Types | 96 or 48 well plate |
| Temperature Range | 10°C to 30°C |
| Dispense Volume | 0 to 950 µL |
| Channels | 2 channels |
| Washing Cycles | 1 to 99 cycles |
| Washing Mode | 1 to 12 rows / columns, selectable |
| Soaking Time | 0 to 999 s |
| Vibration Time | 0 to 999 s |
| Display | Large LCD screen |
| Memory Capacity | Stores up to 100 programs |
| Interface | RS-232 serial port |
| Power Consumption | 100 W |
| Power Supply | AC 220 V / 110 V, 50 to 60 Hz |
| Dimensions (L×W×H) | 440 × 305 ×154 mm |
| Net Weight | 13 kg |
Our Microplate Washer ADMW-501 is widely used in pharmaceutical & biotechnology research which supports drug discovery and development by washing plates for immunoassays, pharmacokinetics, and toxicity studies.
1. What is the Microplate Washer ADMW-501 used for?
The Microplate Washer ADMW-501 is a high-performance instrument designed for automated washing of ELISA and microplate assays. It ensures exceptional precision and consistency, providing reliable and reproducible results. With minimal residual volume of less than 1 ?L per well, it reduces reagent waste and enhances assay accuracy. The Microplate Washer ADMW-501 is ideal for clinical, research, and industrial laboratories seeking efficiency and dependable performance.
2. How many wash programs does the Microplate Washer ADMW-501 support?
The Microplate Washer ADMW-501 supports up to 100 fully programmable wash protocols. Users can easily customize key parameters such as wash cycles, dispense volumes, soak times, and aspiration modes. This flexibility allows the Microplate Washer ADMW-501 to adapt to different ELISA and microplate assay requirements. It ensures consistent performance and reliable results across various laboratory applications.
3. Does the Microplate Washer ADMW-501 support multiple plate formats?
Yes, the Microplate Washer ADMW-501 is designed to work with various ELISA plate formats. It features an adjustable cleaning head with five positioning options, ensuring precise alignment and reliable washing for different plate types. This versatility makes the Microplate Washer ADMW-501 suitable for a wide range of laboratory applications.
4. What additional features does the Microplate Washer ADMW-501 include?
The Microplate Washer ADMW-501 includes programmable soaking and vibration functions that enhance reagent mixing and ensure thorough residue removal. It also operates within a working temperature range of 10°C to 30°C, making it suitable for diverse laboratory environments while maintaining consistent performance.
5. What is the residual volume of the Microplate Washer ADMW-501?
The Microplate Washer ADMW-501 is designed to maintain a minimal residual volume of less than 1 ?L per well. This feature helps significantly reduce reagent wastage and ensures maximum cost efficiency. By delivering precise washing with minimal leftover liquid, the Microplate Washer ADMW-501 improves the accuracy and reliability of ELISA and other microplate-based assays, making it highly effective for various laboratory applications.
6. What is a Microplate Washer and how does it work?
A Microplate Washer is an automated lab instrument used to clean ELISA and microplate assays by dispensing, soaking, and aspirating liquids from the wells. It ensures uniform and thorough washing, improving test accuracy and reproducibility. The Microplate Washer also minimizes manual handling, reduces errors, and saves time, making it essential for high-throughput laboratories.
7. Where can the Microplate Washer be used?
The Microplate Washer is widely used in clinical diagnostics for ELISA testing, pharmaceutical and biotech research for drug and vaccine studies, and food safety labs for allergen and contaminant detection. It is also valuable in environmental monitoring to analyze toxins or pollutants and in academic or research institutions for various immunoassay-based studies.
8. Is the Microplate Washer easy to clean and maintain?
Yes, the Microplate Washer is designed for easy upkeep. It comes with a detachable plate pallet, allowing quick cleaning and sterilization. This feature helps maintain hygiene and prevents cross-contamination between tests, ensuring reliable and consistent performance in the laboratory.