Application

Explore meticulous experimental details and unlock endless possibilities

  • Biomedical
    engineering

    University Laboratories

    Shenna ultrasonic instruments provide the precision and controllability required for in-depth research, provide reliable support and guarantee for scientific research, and jointly promote the progress and innovation of scientific research.

    Explore more
  • Laboratory

    Biological Engineering

    Shenna ultrasonic cleaning machine is used to clean experimental instruments and biological samples, clean cell culture equipment, and ensure the accuracy and reliability of experiments. Cell disruptor is used to break cell walls or tissue structures, providing efficient tools and methods for biological sample processing and analysis.

    Explore more
  • Medical
    and health care

    Medical Hygiene

    Faced with the challenges brought by the most stringent standards in the medical industry, ultrasonic cleaning technology can always easily cope with cleaning for processing or reuse. The high-frequency waves generated by ultrasonic oscillations can effectively remove dirt and microorganisms on the surface of the device, ensuring that the medical device meets the cleanliness requirements of industry standards.

    Explore more
  • Food
    engineering

    Food Engineering

    Ultrasonic cell disruptors are used to break up cell structures and release beneficial ingredients such as vitamins, enzymes and natural pigments to enhance food quality and nutritional value. Ultrasonic cleaners are used in the cleaning and disinfection process of food processing to effectively remove surface dirt and microorganisms and improve product hygiene and safety.

    Explore more
  • Environmental
    engineering

    New Materials Research

    In the research of new materials, ultrasonic cleaning machines and crushers are often used together. The cleaning machine can quickly remove impurities and keep the sample clean; the crusher can crush the raw materials and prepare the required particles. The combination of these devices makes material preparation more efficient and the quality more reliable.

    Explore more