High-Efficiency Concentration, Accelerated Research — Changsha Yingtai Vacuum Centrifugal Concentrator

High-Efficiency Concentration, Accelerated Research — Changsha yingtai Vacuum Centrifugal Concentrator

With the continuous advancement of science and technology, laboratory research demands greater precision and efficiency in sample processing and analysis. Sample handling and analysis are critical stages in experimental work. As sample volumes increase and experimental requirements rise, traditional sample processing methods (such as evaporation and extraction) no longer meet the demands of speed, efficiency, and safety. The vacuum centrifugal concentrator, an efficient and rapid sample processing tool, plays a significant role in fields such as biomedicine, environmental science, and food industry.

Are you still puzzled?

1. After exploring the efficient expression of fusion protein Tβ4 in *E. coli* BL21 codon plus and obtaining relatively pure recombinant Tβ4, and desalt the purified product using a desalting column, what type of instrument should be used to concentrate the product?

2. When extracting DNA, if the sample volume is too small and the subsequent DNA concentration is inadequate, how can I increase the DNA concentration for further experiments? Are there any recommended instruments?

3. When detecting halogenated naphthoquinones in drinking water, after solid-phase extraction of the target substances, how should the target substances be concentrated?

4. To detect six phthalate esters in liquor and subsequently perform gas chromatography-mass spectrometry (GC-MS), what instruments are recommended?

Changsha Yingtai vacuum centrifugal concentrators come in various models to meet different customer needs. They help researchers improve efficiency and accuracy during the sample preparation phase. Researchers may encounter various issues during use, such as sample pretreatment, anomalies during centrifugation, sample loss, low concentration efficiency, and difficulty in selecting the appropriate concentrator. These issues can be discussed with our staff. Using vacuum centrifugal concentration technology effectively removes solvents from samples, resulting in high-concentration target substances, which is crucial for subsequent analysis and experiments.

Application Areas: DNA/RNA research, biochemistry, bioanalysis, immunoassay, food safety, residue analysis, environmental testing, life sciences, molecular biology, academic research, forensic science, drug analysis, HPLC (high-performance liquid chromatography), organic substrate synthesis and separation, toxicology identification, forensic identification, SPE (solid-phase extraction), and general laboratory concentration.