Surgical neuroscope with essential parameters supercharged to microneurovascular surgery needs
Image quality and precise handling are the most important features of any surgical microscope. Years of experience have enabled Mitaka engineers to achieve perfection in both. Dispensing - intentionally - with superfluous options, the super-neuroscope is focused on essential parameters.
The high-resolution optical design of the MM90/MM80, adopting an 8:1 zoom ratio, achieves a magnification of 22x. Surgeons can observe a sharp and clear image of the anatomical details. Neuroscope lenses allow for the visualization of incredibly fine vessels and brain structures by allowing a more than proficient amount of light even at the highest magnification, improving the brightness, clarity and colour authenticity of observation.
MM90/MM80 is equipped with an apochromatic optical system, electric stepless type, allowing 8x zoom. Wide range multi-focus captures an image at each working distance.
The reference optics solution in Mitaka superscopes surpasses other scopes thanks to its native 21.6x magnification - achieved without the need for focal length extender
A laser guide beam indicates the focus position when moving the microscope. The indicator allows a quick and accurate focus adjustment.
The story of Japanese company Mitaka Kohki's surgical devices goes back a long time to before the creation of the first Mitaka microscope. For over half a century, we have been developing and producing astronomical telescopes, space innovations, industrial instruments, solar energy solutions and medical instruments. We use the experience we’ve gained in the space industry, in particular in ultra-high-precision tracking of stars, in our current microscope production. Many decades of designing and refining surgical microscope stands and delivering over 4,500 units to the market all over the world have resulted in technology, quality and stability that are second to none.
Mitaka Kohki is a Japanese manufacturer of superior surgical microscopes.
This unique design provides a brilliant image at high magnifications and allows the surgeon to clearly operate on vessels of less than 1 mm diameter.
Coming soon...
