High tech operating room: surgical microscope!

 

The operating room is a space full of mystery and awe, a stage where miracles of life are frequently performed. Here, the deep integration of technology and medicine not only greatly improves the success rate of surgery, but also provides a solid barrier for patient safety, making every treatment a solid step towards the other side of health. The widespread application of high-tech equipment has given surgeons wings. They are not only indispensable assistants on the operating table, but also "secret weapons" that protect life and create miracles.

What we are introducing to you is the big guy with thick eyebrows and big eyes in the operating room： the surgical microscope. It is not only a trusted assistant to doctors, but also their sharp and discerning "golden eyes". With the help of Operating microscopes, even the smallest blood vessels and nerves can be magnified and clearly visible, providing unprecedented precision for surgical operations.

Taking the CORDER ASOM series surgical microscope as an example, its excellent optical performance ensures high clarity and depth of the surgical field, allowing doctors to easily distinguish tissue structures and perform complex operations such as cutting and suturing accurately and without error.

In the surgery of neurosurgical diseases, the application of surgical microscopes has achieved minimally invasive refinement of the surgical process, greatly reducing damage to surrounding healthy tissues, improving surgical safety and postoperative quality of life for patients.

This CORDER ASOM series Operating microscope not only has an advanced optical system, but also is equipped with a vascular fluorescence technology. This technology has brought unprecedented convenience and precision to the surgical process. This technology combines multiple fields of optics, imaging, and medicine to form an efficient and safe surgical assistance system.

During the surgical process, vascular fluorescence technology plays a crucial role. By using special fluorescence contrast modules such as CORDER ASOM surgical microscopes, high-definition vascular images can be provided, allowing doctors to clearly observe changes in blood flow in the vessels and more accurately locate diseased tissues, which helps doctors develop more precise surgical plans.

With the help of vascular fluorescence technology, doctors can also evaluate the effectiveness of vascular anastomosis and observe the tissue structure labeled with fluorescence in real-time during surgery, which helps to detect potential surgical risks in a timely manner and take corresponding measures.

In addition, the CORDER ASOM microscope can distinguish between normal and diseased tissues through a special fluorescence contrast module, providing precise navigation for minimally invasive surgical procedures in small areas. This makes complex surgical procedures easier and more flexible, helping to reduce surgical incisions and tissue damage.

In addition to vascular fluorescence technology, the CORDER ASOM series Surgical microscope also integrates many cutting-edge functions, such as 4K ultra-high resolution imaging technology, bringing unprecedented clarity to the surgical field of view; Robot intelligent sensing shock absorption technology ensures stability and accuracy during the surgical process; The fully digital touch screen operation interface makes surgical control more intuitive and convenient; And the unique depth of field enhancement function further enhances the visualization and precision of the surgery. The combination of these advanced technologies together helps achieve higher levels of precision and efficiency in the surgical process.

In practical operation, the advantages of the CORDER ASOM series surgical microscope are even more evident.

Its flexible operating platform and user-friendly design allow doctors to adjust according to their own operating habits, greatly improving the comfort and efficiency of surgery. In addition, the Operating microscope has strong compatibility and can be used in conjunction with various medical devices to meet complex surgical needs. It can also be used in conjunction with the construction of digital operating rooms without any problems.