In experimental research in the biomedical industry, traditional methods of observing internal conditions are often limited in field of view and accuracy, and at the same time cause certain damage to the experimental subjects. However, the emergence of VSNDT endoscope has brought revolutionary changes to this field. It not only improves the accuracy and field of view of observation, but also brings revolutionary changes to biological experimental research and services with its unique advantages;
VSNDT endoscope is a high-tech medical device that can observe various physiological indicators and reactions in vivo without damaging the experimental subject. Using a million-level high-definition camera and advanced detection technology, combined with 8-level light adjustment and 360° head swing function, it can capture extremely fine internal images and transmit them to the display screen, allowing researchers to intuitively Observe the internal conditions of the experimental body. This observation method is not only more accurate, but also can be recorded and played back in real time, greatly improving the efficiency and reliability of research.
In experimental research in the biomedical industry, VSNDT endoscopes are used in a wide range of applications. For example, during drug development, it can observe the effect of drugs on the internal organs of animals to evaluate the efficacy and safety of the drugs. In medical device testing, researchers can observe the internal operation of the device through an endoscope, providing strong support for product optimization and improvement. In addition, it can also be used to observe animal physiological responses, study disease models, etc.
Test object: Experiment on targeted drug delivery inside the nasal cavity of animals
Solve the difficulty: The ultra-fine 1.2mm diameter tube has a reserved drug delivery channel inside the tube diameter, which can reach the fixed point of the nasal cavity for drug administration. According to the physiological structure and distribution of the nasal cavity, the drug release position and dosage can be accurately controlled, and in the later stage Continuously observe changes in delivery points.
Test object: Experiment on drug release inside the oral cavity of living subjects
Solving the difficulty: Customizing the ultra-thin 0.95mm pipeline can achieve precise drug delivery, avoid uneven drug distribution and slow onset of effect, and continuously observe the release of drugs at designated locations in the oral cavity to reduce side effects!
Detection object: Detection of blood circulation inside the heart
Solve difficulties: intuitively observe the internal structure of the heart and understand conditions such as vascular disease and myocardial ischemia. At the same time, real-time monitoring of heart blood circulation can help evaluate the effect of treatment and adjust treatment plans in a timely manner.
As a professional biomedical research service organization, we have independently developed advanced endoscope internal testing technology and are committed to providing efficient and accurate experimental testing services to biomedical personnel, bringing unprecedented convenience to research in the biomedical industry. Its non-destructive and non-invasive characteristics allow researchers to gain a deeper understanding of the internal conditions of experimental animals, thereby better evaluating the efficacy and safety of drugs. At the same time, it can also be used to test medical devices more intuitively and accurately.
With the continuous development of science and technology, we have reason to believe that VSNDT endoscopes will continue to play an important role in the biomedical industry. As a new generation of biomedical service partner, I will work together to explore the future development path of the biomedical industry.
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