Leica M680 Surgical Microscope

The Leica M680 is a compact, versatile, and mobile surgical microscope used
for reconstructive, hand, heart and spinal surgery, urology, and gynecology procedures.
Equipped with two independent optical systems, the M680 allows two doctors
to work at the same time even on different magnifications.

The Leica M680 is a surgical microscope for reconstructive, hand, heart
and spinal surgery, urology, and gynecology procedures.
The M680 combines two independent optical systems with the ease-of-use offered
by the device to give the surgeons or medical personnel more freedom
to perform a procedure.
The M680 is equipped with two independent optical systems
that allow two medical personnel to work at the same time even
on different magnifications.
The optical systems have two independent zoom systems
and two independent focusing systems that use a single objective lens.
This system allows the two medical personnel, usually a surgeon and an assistant,
to control their individual magnification settings and field of view.
This, in turn, increases the co-operation between each personnel working
on the same patient. The surgical microscope is designed
to enhance the work efficiency of the medical personnel.
The focusing and zooming of the above-mentioned two independent optical systems,
and the tilting and turning functions of the microscope are completely motorized
which allow for easy positioning of the microscope.
The M680 is also provided with two sets of footswitches and handswitches
for focusing and zooming functions.
These systems allow each medical personnel to have access to the device
and also allow one user to take over all the functions of the microscope while his
or her partner works on the patient.
The M680 is also designed for modularity which makes it compatible
with other Leica Microsystems accessories. It allows the medical personnel
to tailor the procedure more precisely by acquiring the accessories needed
for a certain procedure.
This modularity also adds to the cost-effectiveness of the surgical microscope.