Sample Concentrator ADSCO-508

1. What is the application of Sample Concentrator ADSCO-508?

Sample Concentrator ADSCO-508 is used to evaporate and concentrate multiple liquid samples efficiently. It utilizes nitrogen gas and controlled heat to speed up solvent removal. This process helps prepare samples for further analysis in various lab applications. It is ideal for high-throughput sample processing with consistent results.

2. What types of tubes or plates can Sample Concentrator ADSCO-508 accommodate?

Sample Concentrator ADSCO-508 is designed with interchangeable aluminum blocks, allowing it to accommodate a wide range of sample containers. It can hold various tube types, including microcentrifuge tubes and test tubes, as well as standard microplates. Commonly supported formats include PCR plates and ELISA plates, making it versatile for different laboratory workflows.

3. What is the required nitrogen pressure for the Sample Concentrator ADSCO-508?

Sample Concentrator ADSCO-508 requires a nitrogen pressure of 0.05 MPa for optimal performance. This pressure level ensures a steady and uniform gas flow to all sample positions, promoting consistent and efficient evaporation. Using the correct pressure is essential to avoid uneven concentration or potential damage to the samples.

4. How many samples can Sample Concentrator ADSCO-508 process at once?

Sample Concentrator ADSCO-508 can process multiple samples simultaneously, depending on the type of block used. With standard blocks, it can typically handle up to 96 samples at once, such as in a PCR or ELISA plate format. This high-throughput capability makes it suitable for labs with large sample volumes. The interchangeable block design allows flexibility for different tube sizes and sample formats.

5. How does the Sample Concentrator ADSCO-508 ensure uniform evaporation?

Sample Concentrator ADSCO-508 ensures uniform evaporation through its precision-engineered aluminum heating block, which distributes heat evenly across all sample positions. Each nitrogen nozzle is individually adjustable, allowing consistent gas flow to every sample. This combination of controlled heat and targeted gas flow promotes even solvent removal. As a result, all samples concentrate uniformly, improving reliability and repeatability.