En TECHMI GROUP, implementamos tecnologías avanzadas de separación centrífuga para optimizar la producción de biológicos destinados al sector agroindustrial. Este proceso es esencial para aislar el principio activo de interés —como microorganismos benéficos o metabolitos— de los componentes no deseados generados durante la fermentación, tales como residuos celulares, medios de cultivo y subproductos.

máquina centrífuga esenciales cuando se busca una alta eficiencia de separación, minimizando el daño mecánico sobre los microorganismos, lo cual es clave para conservar su viabilidad y mejorar la calidad del producto final.

Centrifuge / Centrifugal concentration – Techmi Group

Centrifuge / Centrifugal concentration - Techmi Group

Description

TECHMI CENTRIFUGAL – Centrifugal Concentration

Centrifugal Phase Separation Process in the Fermentation of Biologicals.

At TECHMI GROUP, we implement advanced centrifugal separation technologies to optimize the production of biologics for the agro-industrial sector. This process is essential to isolate the active principle of interest -such as beneficial microorganisms or metabolites- from the unwanted components generated during fermentation, such as cellular residues, culture media and by-products.

Centrifuge – Techmi Group

Technical Details

Process Benefits: -High Separation Efficiency: Allows fast and efficient phase separation, improving the purity of the final product. -Viability Preservation: The process minimizes mechanical stress on the microorganisms, preserving their biological activity. -Contaminant Reduction: Effectively eliminates impurities and by-products that could affect the quality of the biological. -Yield Optimization: Improves the recovery of the desired product, increasing the efficiency of the production process.

Applications

The Techmi Centrifuge is a highly specialized centrifugal concentration and separation machine, mainly used in the treatment of biotechnological products. Its applications cover several sectors, especially in the agro-industrial and biotechnological sectors, and are key in processes where solid and liquid phases need to be separated after fermentation. Here are some specific applications:

1. Production of agro-industrial biologics
-Separation of beneficial microorganisms (such as bacteria or yeasts) after fermentation.
-Concentration of microbial biomass for biofertilizers or biostimulants.
-Clarification of culture broths for liquid formulations.

Food and beverage industry
-Clarification of fermented juices or extracts (kombucha, kefir, vinegars).
-Separation of yeasts after fermentation in products such as craft beers.
-Production of concentrated functional ingredients.

3. Production of biotechnological inputs
-Obtaining metabolites or active principles generated by microorganisms.
-Separation of enzymes or bioactive compounds present in fermented liquids.

4. Manufacture of natural or bioactive cosmetics
-Separation of cells or solid remains after controlled fermentation of cosmetic ingredients.
-Purification of biofermented ingredients (hyaluronic acid, peptides, etc.).

5. Biorefineries and circular economy
Recovery of by-products with commercial value after fermentation processes.
-Treatment of liquid waste for reuse or recovery.