3D 4K (UHD 3840×2160, 60p) ultra-high-resolution stereoscopic images provide a
clearer and more intuitive surgical view. 4K detail and 3D depth naturally convey
a sense of space, and lens technology that minimizes chromatic
aberration reduces
color bleeding to support clear image quality even in a
wide field of view.
UHD 4K 3D imaging provides both detail and spaciousness of the surgical field of view.
Provides the visual information needed to clearly express fine textures and boundaries
and intuitively grasp the positional relationship between structures. Intraoperative screen
sharing allows for line of sight between surgeon and assistant, and recording provides
concise support for training and case review.
The motorized positioning of the VOMS-400 allows for quick setting of the camera head
The 3-turret lens system allows you to switch the optical magnification to the
right field of view for your working distance and surgical site, and the digital zoom can be
magnified up to 2.0x. It offers up to 8x zoom with 20/40/80mm optical magnification
changes and digital zoom.
The VOMS-400 enables 'True Head-Up Posture'. The surgeon can maintain proper posture
during surgery, reducing musculoskeletal disorders such as neck pain, back pain,
eye strain, and headaches that occur with traditional microscopes.
Compared
to eyepiece surgical microscopes, surgery using Sometech's high-resolution
3D digital microscopes has been developed to recognize the depth of organs through
a monitor and allow for more precise surgery. The ergonomic design of the Sometech
VOMS-400 significantly reduces physical fatigue for medical staff during prolonged surgeries.
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Conventional 2D microscopes have limitations in depth perception, so there is a possibility of misjudgment when anastomosis is made of delicate nerve tissue or microvascular anastomosis. Our Sometech 3D 4K microscope provides vivid 3D stereoscopic images in 4K resolution, allowing you to perceive the depth and anatomy of the surgical site as if it were true-to-life. This dramatically improves the accuracy of the field of view in neurosurgical surgeries that require a high degree of precision, such as cerebral aneurysm clipping, microvascular decompression, and tumor removal around the brainstem, directly contributing to improving surgical safety and success rates. It can provide a clearer picture of the depth of microbleeding or peeling surfaces, reducing the risk of complications.
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Neurosurgical surgeries often take as little as a few hours to as long as 10 hours or more. Conventional binocular microscopes require medical staff to fix their eyes on the lens and maintain an uncomfortable position, resulting in severe musculoskeletal fatigue such as neck, shoulder, and back pain. The Sometech 3D 4K microscope observes the surgical site through a large monitor, allowing medical staff to maintain a more natural and ergonomic posture. This significantly reduces the physical fatigue caused by prolonged surgery, increasing surgical concentration and ultimately contributing to improved surgical quality. Reduced fatigue can also have a positive impact on postoperative recovery.
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Neurosurgical surgery, especially in the intraventricular or base of the skull region, is performed in a very complex anatomy and confined space. Conventional microscopes have a narrow field of view and shallow depth, which has the inconvenience of having to frequently readjust the field of view or change focus during surgery. The Sometech 3D 4K microscope offers a wide field of view and deep depth, allowing you to grasp the extensive anatomical relationships of the surgical site at a glance while also clearly observing microscopic lesions deep inside. This minimizes the frequency of field shifts and focus adjustments during surgery, reducing surgical time and maximizing surgical efficiency by reducing unnecessary movement by medical staff. It is an essential advantage for safely securing surgical pathways and accessing lesions amidst complex nerve and blood vessel bundles.
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Yes, our system can record high-quality 4K 3D surgical footage in real-time and save it to the built-in storage device. The saved footage can be extracted in standard file formats and can be easily backed up or transferred to another device via USB. This can be used as an effective learning material through actual surgical scenes in the education of majors, and it is also useful as data for clinical research. In addition, in case of medical disputes that may arise, it can be used as objective data to clearly prove the surgical process, providing important advantages for both medical staff and hospitals.
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The Sometech 3D 4K microscope is designed to be relatively flexible to integrate into existing operating room environments. You just need to have the right space for your main system and large monitors. It is designed to minimize physical collisions with traditional surgical tables or other equipment. The installation will be carried out by our professional engineers in person, providing instructions and initial training. Maintenance is also in place to facilitate maintenance through regular inspections and technical support when needed. We can discuss the most optimal installation plan together through on-site due diligence before purchasing.