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HS 3-1000

Enjoy technology

Latest technology, ergonomics, and flexibility are combined in HAAG-STREIT SURGICAL’s operating system HS 3-1000.

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The new paradigm in microsurgery

The advanced microsurgical operating system HS 3-1000 is based on the combination of the floor stand FS 3-43 with the operating microscope HS Hi-R 1000. It provides you with optimal working conditions as well as impressive modularity. The apochromatic optics and a unique stereo base of 25 mm ensure perfect color fidelity, strong contrast, and excellent depth perception. Electromagnetic brakes in the floor stand FS 3-43 support the smooth movements and minimize vibrations. Due to the stand’s long arm reach highest flexibility in the OR is achieved.

The masterpiece

“The optics on HS Hi-R 1000 are the best I have ever used. Additionally, it is extremely innovative as is apparent with the unique SensoServo Drive system which enable the user to move the scope with minimal effort, locks it in place immediately after moving, and avoids the need for balancing.”

Motorized Movement

The SensoServo system of HS Hi-R 1000 uses ‘fly-by-wire‘ technology to move the microscope in all directions with utmost precision and requiring minimal force. Though this technology also the balancing remains permanently stable even when changing the positioning of the microscope or e.g. shifting the stereoscopic observer scope from left to right.

High flexibility

The variable focus assembly permits working distances from 224 mm to 510 mm without lens exchange. Optionally an alternative focus assembly is available that allows focusing at working distances of 200 mm to 450 mm. The integrated double iris diaphragm can be used to maximize the depth of field.

Enhance visibility

Specific illumination and filtering can make the invisible visible when fluorescent effects are allocatable through relevant dyes. In the operating system HS 3-1000 HAAG-STREIT SURGICAL offers fluorescence equipment for ICG.

Intraoperative fluorescence angiography

ICG is used for intraoperative angiographies, particularly in neurosurgery for detecting stenoses, leakages, and aneurysms.

Following the injection of the ICG solution in the patient‘s bloodstream, the vessels become visible when the ICG flows by. Now, all irregularities can be seen on the unique M.DIS that is mounted in direct view of the surgeon and the HS MIOS displays.

 

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