Built-in 4K image system, Semorr's own app Mobile Internet, instant sharing Large arm span makes space more flexible. Maximum arm spread 1650mm. Large view, reduced microscope movement. FOV: 132mm to 9.7mm field of view diameter Suspension arm, 3 damping balance arm design 0°-210° extended ergonomic binocular tube Nano silver ion antibacterial coating. makes treatment more reassuring larger vario focus objective lens.
Precise positioning of the pupil distance. Provides dental practictioners with a convenient way to set up the microscope and illumination system. Easily correct position and also focus. Extended tube helps prevent the development of occupational diseases.
Continuous zoom allows operators to zoom and focus on an object at multiple magnifications without interruption. Combined with an integrated 4K camera gives operator maximum freedom to capture
digital images and record video in real time at multiple magnifications.
Enjoy a stress-free workspace like never before F=180mm-460mm, wide focus range design. Focus in different focal planes without moving the microscope. Improves operator ergonomics and patient comfort.
Say goodbye to cumbersome accessories such as beam splitters, multiple cables and extra cameras. The new Semorr microscope features an integrated design and sleek appearance. Our built-in 4K camera and "no-button" shock arm give the microscope balanced performance, ensuring smooth, dexterous operation. It takes up less space and is easier to use, saving you and your patients time.
The built-in wi-fi can be paired with devices such as cell phones and tablets, so they can serve as an additional display and platform for digital documentation. It allows physicians easy access to capture
and record what is seen during a preoperative, intraoperative and postoperative examination and store it in the patient's medical record.
The built-in 4K camera can record Full HD video and HD images with 16 million pixels. The membrane witch on the handle is a unique and more egonomical feature, as its design allows operators to digitally document peroperative/intraoral images without interrupting the processing.
