Enhanced Precision and Safety: Zeiss OPMI CS Surgical Microscope Unveiled
The Zeiss OPMI CS surgical microscope is an electrically controlled microscope designed to provide surgeons with unparalleled precision and flexibility during surgical procedures. With smooth adjustment capabilities accessible via a footswitch and control panel, surgeons can easily control both zoom and focus, ensuring optimal visualization throughout the operation. Additionally, the microscope allows for the adjustment of zoom and focus displacement speed, enabling surgeons to adapt quickly to changing surgical requirements.
One of the standout features of the Zeiss OPMI CS is its seamless light adjustment, which ensures consistent illumination levels throughout the surgical field. This feature is essential for maintaining clear visibility of the operating area, even in challenging lighting conditions. Surgeons can rely on the microscope to deliver reliable and uniform lighting, enhancing their ability to perform intricate procedures with precision.
In terms of technical specifications, the Zeiss OPMI CS offers impressive capabilities. It provides zoom adjustment ranging from 4.25x to 25.5x, allowing surgeons to magnify the surgical field to the desired level of detail. Additionally, the eyepieces offer a magnification of 12.5x for both the doctor and assistant, ensuring optimal visualization for all members of the surgical team.
Furthermore, the Zeiss OPMI CS features a binocular tube with adjustable angle functionality, allowing surgeons to customize the viewing angle between 0 and 60 degrees according to their ergonomic preferences. This ergonomic design feature contributes to reduced strain during prolonged surgical procedures, enhancing surgeon comfort and minimizing fatigue.
In addition to its impressive features, the Zeiss OPMI CS surgical microscope offers further enhancements to optimize surgical precision and safety. The binocular tube with adjustable angle from 0 to 60 degrees ensures customizable viewing positions for the surgical team, allowing for ergonomic adjustments that minimize strain during prolonged procedures. This flexibility in viewing angles contributes to surgeon comfort and concentration, enhancing overall performance in the operating room.
Furthermore, the Zeiss OPMI CS is equipped with an objective lens focal length of f=200 mm, providing exceptional clarity and depth of field for detailed visualization during surgery. This focal length ensures that surgeons have a clear view of the surgical site, enabling precise maneuvering and meticulous tissue manipulation.
The microscope also features Zeiss Retroskop CS technology, which enhances visualization by providing a wide field of view and excellent depth perception. This advanced optics system enables surgeons to accurately assess anatomical structures and perform intricate procedures with confidence.
For patient safety, the Zeiss OPMI CS includes a GG 475 Filter, a UV protection filter designed to shield the patient's eyes from unnecessary (blue) radiation during surgery. This filter helps prevent retinal injury and ensures the patient's well-being throughout the procedure.
To facilitate ease of use and efficiency, the microscope is equipped with X-Y coupling for automatic centering, allowing for seamless alignment and positioning of the optical components. Additionally, adjustable light intensity ensures optimal illumination of the surgical field, enhancing visibility and surgical precision.
The main illumination of the Zeiss OPMI CS is provided by a Halogen 12V/100W light source, delivering bright and uniform lighting for clear visualization. In case of emergencies or power outages, the microscope is equipped with an emergency lamp also powered by a Halogen 12V/100W bulb, ensuring uninterrupted illumination and continuity of the surgical procedure.
Overall, the Zeiss OPMI CS surgical microscope combines cutting-edge technology with advanced safety features to provide surgeons with the tools they need to perform complex surgeries with confidence and precision. From customizable viewing angles to enhanced optics and patient protection measures, this microscope is designed to optimize surgical outcomes and improve patient care.
