Hand replantation is a microsurgery using surgical microscopes. Remarkable advances in microsurgery have made it possible to reattach amputated limbs with the use of surgical microscopes. Special microsutures and microscopes have been developed which allow a microvascular surgeon to repair the blood supply to the reattached limb.
Microvascular surgeons have developed new techniques for repairing these very small blood vessels with the use of surgical microscopes. These surgeons, originally trained in orthopedic, plastic and general surgery, receive additional training in this highly specialized area especially in the use of surgical microscopes. The sudden loss of a finger or hand can be a devastating injury. But with emergency surgery by trained micro surgeons, dramatic recovery of the use of patient’s hand is possible with the use of surgical microscopes. Reattachment of amputated fingers or hands requires emergency surgery. Reattachment of a finger or a hand can be made with the use of surgical microscopes. This surgery is complicated and needs a surgical microscope to perform the surgical procedure.
In neurosurgery or otolaryngology, surgery or spine surgery require the highest level of expertise and concentration on part of the surgical team. The neurosurgical unit performs all the different microscopic surgeries for brain, base of skull, and cerebral brain blood vessels for adults and children with the use of surgical microscopes. The successful surgical microscope with its exceptional microscope bright illumination and the outstanding microscope depth of field, which reduces microscope refocusing to a minimum, facilitates this task.
An ophthalmology unit is equipped with highly technical devices for inspection and treatment like accurate surgical microscopes. Enthalmology is a unit equipped with the most advanced examining devices like surgical microscopes. In addition to this, there is another unit to diagnose and treat hearing problems, speech and equilibrium diseases. Fibro optic endoscopy is a surgical microscope used to examine the nose, paranasal sinuses, pharynx, and larynx.
In developing the compact microscope system, micro systems succeeded in designing a cost- and space-saving solution that optimizes the working environment of microsurgery and the use of surgical microscopes. The slim design of the surgical microscope represents innovation and art in engineering. High-precision bearings and perfect aligned joints of the surgical microscope allow for a homogenous mobility that was heretofore reserved for premium systems. If you start to move the new surgical microscope stand for the first time, you will be surprised by its smooth motion. Smart brakes and soft motion are the magic words of the new technology for surgical microscope. Even with the large range of the microscope swing arm, the microscope stand remains extremely low in post oscillation. Post oscillation is prevented by the technology the electromagnetic brakes system on six axes. This allows the microscope system to remain steady, especially during one hand operation. Comfortable working is ensured by the system’s high flexibility in any possible posture. A small, solid microscope base forms the stable foundation. Combined with the large all-around handle, any type of positioning at the operating table becomes easy - the stand fits into any surgical environment. The surgeon can perfectly communicate with the team during his work. Illumination and electronics are integrated at the rear of the surgical microscope and are easily accessible. Surgical microscopes have a simple functional design based on ergonomic principles. The microscope technology gives the operator the most comfortable view. The features needed in selecting a surgical microscope should have clear image of the cataract surgery, greater depth of field, improved red reflex, working space for surgical instruments and greater tolerance of eye point movement. State-of-the-art design of a surgical microscope provides brilliant illumination at an angle of 1.7 degrees, guaranteeing excellent red reflex quality and volume.
Cataract surgery is made extremely easy. Sophisticated optics generated with the latest in computer-aided design give the extraordinarily fine resolution and an exceptional depth of field. The optical system of a surgical microscope gets the ophthalmologist through procedures with less refocusing than ever before. The completely redesigned high-eyepoint eyepiece provides greater tolerance of image shading (X/Y direction) minimizing eye fatigue and irritation during extended operations with the use of a surgical microscope. With a working distance of 190mm from the microscope head, it minimizes the interference with surgical instruments. The short-reach design objective lens of a surgical microscope enables a more relaxed working posture even for smaller surgeons. A flip in/out yellow retinal protection filter is built into the microscope as standard equipment, full protection against phototoxicity for the patient’s retina. An illumination field of a surgical microscope provides observers with an excellent view of every step in surgical procedures, with fine detail all the way to the periphery cataract surgeons can view an IOL more easily than ever. Vitro-retinal and orbital surgeons will also appreciate this wider field of view. A one-touch selector lever allows the user to switch instantly between coaxial and oblique illumination for the surgical microscope, even during surgical procedures since the lever is equipped with a sterilizable cap. A special thin-base footswitch, designed to be fully drip-proof, allows the surgeon hands-off control over almost all functions, including zoom/focus, X-Y translator device, illumination switch, etc. Switch to the auxiliary bulb instantly in case the primary light source fails. Sterilizable caps for all control surfaces make the uniquely suited to the sterile environment requirements of the operating room. The removable caps allow fast and complete disinfection for rapid turnover. Although the surgical microscopes is unusually compact in design, it features a special long-arm boom to simplify overhead positioning while taking up the least amount of space in the operating room. There’s an 8 step lower limit stopper to prevent excessive lowering of the 2nd arm, and a simple handle to adjust arm balance. Two different assistant’s surgical microscope sets can be attached simultaneously. Both primary surgeon and assistants enjoy true coaxial observation with stereo viewing. There is no light loss, because these auxiliary optical units do not rely on a beam-splitting device. The X/Y Translator comes with speed adjustment controls to meet the varying needs of surgeons, with one-touch centering function. The beam splitter is required for use with optical-path accessories such as video, 35mm camera or observation tube. This relay lens allows mounting of a video camera to obtain the same view as that of the surgeon. The lens allows attachment of 1/2 in. C-mount, and 1/2 in. The surgical microscope provides photographic recording of surgical conditions and techniques. Most commercially available 35mm camera can be used together with T-mount adapter. Student or assistant can use this side-mounted microscope to observe the identical field of view as the surgeon, from a convenient position without interfering with the procedure.
