Discover Latest Mini Type Medical Laboratory Equipment For Lab Needs

Product Description:

An ultrasonic homogenizer is a laboratory instrument used for mixing, blending, and dispersing particles in liquid media by applying ultrasonic energy. It’s commonly used in scientific and industrial applications to break down particles, such as cells, proteins, and other biological or chemical samples, into a more uniform and stable mixture.

Applications:

• Biological Research: Cell disruption, DNA shearing, and enzyme extraction.
• Chemical and Pharmaceutical: Nanoemulsions, dispersing powders, and improving reaction rates.
• Food and Beverage: Emulsifying, stabilizing, and enhancing flavors.
• Environmental Studies: Sample preparation for water quality analysis or soil testing.

Customization:

Customize your Medical Laboratory Equipment according to your specific requirements with our Product Customization Services. The Model Number of the equipment is HX-650 and it is made in China. The Minimum Order Quantity is 1 and the Price is Negotiable. The Packaging Details include Carton and the Delivery Time is 7-15 days. The Payment Terms accepted are T/T. The equipment's Power supply is available in 220V/110V/ 50Hz/60HZ. This equipment is suitable for Clinical/ Hospital/ Laboratory Application. The Display method is a Color 7-inch Touch Capacitive Screen With High Definition Display. The Detection Limit is 18 Months and the Processable capacity is from 0.1-500.

With our Product Customization Services, you can tailor this Medical Laboratory Equipment to your needs. This equipment is ideal for various medical tests including HBA1C Rapid Test Kit, Diagnostic Antigen Test Kit, and Diagnostic Antigen Test Kit.

Support and Services:

Benefits: Ultrasonic homogenizers provide a fast, efficient, and reproducible method for particle reduction without the need for chemicals or extensive preparation. They are advantageous for processing a wide range of sample volumes and for applications requiring high reproducibility and precision.