Tapping type sterile homogenizerApplication areas:

1. Food industry:

Microbial testing: detecting pathogenic bacteria such as Salmonella in meat and Listeria monocytogenes in pork, as well as hygiene indicators such as total bacterial count and mold in sauces and dairy products.

Ingredient analysis: assists in detecting additives, pesticide residues, or nutritional components in food.

Texture improvement: Used for homogenization treatment of emulsified sauces, ice cream and other foods to improve texture and appearance.

2. Pharmaceuticals and Biopharmaceuticals:

Microbial contamination testing: Processing non sterile drug and vaccine samples, analyzing microbial limits or effectiveness.

Ingredient extraction and research and development: Extracting proteins, nucleic acids, and other substances from fragmented cells to support the screening of active ingredients, metabolic research, and development of sustained-release formulations.

Vaccine preparation: Used for sterile homogenization of cell cultures or viral vectors.

3. Cosmetics industry:

Microbial limit testing: detecting microbial contamination such as Pseudomonas aeruginosa in cosmetics to evaluate the effectiveness of preservatives.

Formula homogenization: mixing oil and water phase ingredients to improve the stability and use effect of lotion or cream products.

4. Environmental Monitoring and Agriculture:

Pollutant extraction: Processing soil, sewage, or air filter membrane samples to extract microbial or chemical pollutants for evaluating environmental quality.

Agricultural research: Analyzing microbial communities or chemical composition in soil and plant samples to support ecological assessment.

5. Life Science Research:

Cell and tissue processing: Gently isolate tissue cells for cultivation or genetic research, or break down cells to extract biomolecules.

Nanomaterial dispersion: Prepare a uniform suspension of nanoparticles under sterile conditions to optimize material properties.