automatic microplate washer with 4.3-inch color LCD display

This automatic microplate washer is compact, easy to operate, compatible with a variety of microplate bottom types, flat bottom, U-type, V-type and C-type, can meet different experimental needs.

Main Features of the Automatic Microplate Washer

1. compatible with a variety of microplate types: support flat bottom, U bottom, V bottom and C bottom microplate cleaning, to meet diversified experimental needs.
2. low residual liquid design: ≤ 1uL of residual liquid per well, reducing background signal interference and improving detection sensitivity.
3. microplate soaking and oscillation function: through the superposition of soaking and oscillation, effectively improve the washing efficiency and remove difficult to wash residues.
4. Multiple pipeline rinsing system: supports automatic pipeline rinsing and distilled water cleaning to prevent cross-contamination and ensure the quality of plate washing.
5. simple and intuitive operation interface: 4.3-inch color LCD touch screen, clear menu, easy and fast program settings.
6. Wash bottle scale line design: uniform volume scale, convenient for laboratory preparation and monitoring wash dosage.
7. quick replacement of the wash head: modular wash head design, adaptable to different types of microtiter plate, flexible response to diversified applications.
8. Intelligent pause and resume: support the cleaning program at any time to pause and continue, to facilitate the flexible operation of the laboratory staff.
9. rich program storage: built-in storage of 100 user-defined programs, convenient and quick call.

Advantages

1. efficient cleaning to protect the experimental accuracy: low residual liquid volume and multiple washing technology to ensure that the signal background is low, the results are more accurate.
2. easy to operate, widely applicable: compatible with a variety of microplates, friendly interface, reduce the cost of operation training.
3. pipeline self-cleaning, prolonging the life of the equipment: built-in filter and automatic flushing function effectively prevent pipeline clogging and equipment damage.
4. safe and intelligent monitoring: liquid level sensor real-time monitoring of the state of the liquid and waste liquid, to prevent overflow and suction damage to the instrument.
5. convenient data transmission and upgrading: USB interface supports program transmission and software upgrading, realizing synchronous management among multiple devices.

Working Principle

Automatic microplate washer uniformly sprays washing liquid into each well of the microplate through the multi-channel washing head, combined with the precise control of the suction system, to realize efficient cleaning. During the washing process, the instrument can perform soaking and oscillation operations to deepen the contact between the wash solution and the sample to enhance the removal ability. The piping system has a built-in strainer and flushing mechanism to ensure smooth flow of the wash solution and avoid clogging. Liquid level sensor detects the liquid level of the wash solution and the waste bottle in real time, and intelligently adjusts the operation status to ensure safety and stability. Through the integrated microprocessor control, users can preset diversified cleaning programs to meet the needs of different experimental processes.

Application Areas

1. ELISA: High-throughput microplate cleaning to reduce background and improve detection accuracy.
2. molecular biology experiments: nucleic acid purification, protein binding experiments of microplate washing.
3. Drug screening and development: efficient cleaning of microtiter plates in high-throughput screening experiments.
4. Cell culture and analysis: decontamination and cleaning of microplate in cell activity detection.
5. Environmental monitoring: cleaning and processing of samples in microtiter plates.
6. Clinical diagnosis: immunological detection and analysis of multiple markers.
7. Food safety testing: efficient cleaning of microplate samples to ensure detection sensitivity.