Laparoscope Olympus OTV-S300
Modern 3D laparoscopic system at Bochorishvili Clinic. High-precision visualization with the support of NBI and IR technologies.
Modern medicine is developing rapidly and is constantly offering patients new and safe and effective treatment methods. In this direction, 3D laparoscopy holds a special place - a minimally invasive surgical method that provides three-dimensional visualization during surgery.
Laparoscopic surgery is one of the most developing areas of modern medicine, where the success of the operation largely depends on the quality of visualization and the surgeon's ability to accurately perceive anatomical details.
The Olympus OTV-S300 is a state-of-the-art 3D visualization system based on the VISERA ELITE II platform for laparoscopic and endoscopic surgery. With high-resolution 2D and 3D images, the surgeon can see anatomical details more clearly and perform the procedure with high precision.
Bochorishvili Clinic is equipped with the Olympus OTV-S300 3D laparoscopic system, which provides high-resolution three-dimensional visualization during surgery and allows the surgeon to perform complex surgical interventions with high precision.
Main features of OTV-S300
The Olympus OTV-S300 uses advanced digital processing technologies that ensure highly detailed images.
3D visualization
- Creates a realistic three-dimensional image, which helps the surgeon better understand the spatial arrangement of tissues and anatomical structures.
2D and 3D image support in one system
- The ability to switch between 2D and 3D modes on the fly increases workflow flexibility and efficiency.
Integrated LED lighting and video processor
- The system combines a video processor and an LED light source, ensuring optimization of the operating space and efficient workflow management.
The advantages of LED lighting are:
- Stable and even lighting;
- Natural color rendering;
- Long service life;
- Energy-efficient work.
NBI (Narrow Band Imaging) technology
- Improves visualization of blood vessels and mucosa, which increases diagnostic and surgical accuracy.
Infrared (IR) imaging
- It enables the use of fluorescence and infrared imaging, which is especially important in oncological and reconstructive surgery.
Touch control panel
- The LCD Touch Panel provides intuitive and fast system management.
Automatic image orientation
The device supports 30-degree endoscopes. When rotating the optics, the image on the screen always remains horizontal and straight. This helps the surgeon maintain spatial orientation.
3D laparoscopy in modern surgery
3D laparoscopy is widely used in various fields of medicine:
- In general surgery;
- In gynecology;
- In urology;
- In thoracic surgery;
- In oncology;
- In various minimally invasive surgeries.
What are the advantages of 3D technology?
- Three-dimensional, depth image - During conventional laparoscopy, the surgeon sees the image of the organs in a two-dimensional format, which somewhat limits spatial perception and depth estimation. 3D laparoscopy opens up completely new possibilities.
Through special glasses, the surgeon sees a three-dimensional and depth image, which ensures more accurate identification of anatomical structures and the performance of safe surgical manipulations.
- Several small incisions during surgery - resulting in minimal postoperative pain. Scars are often almost invisible.
- Hospitalization is required for a short period of time - which is an additional comfort for the patient.
- The risk of infection and complications is much lower compared to open surgery.
- Fast rehabilitation - small incisions and minimal tissue damage help reduce postoperative pain and make the process easier.
The Olympus OTV-S300 is a state-of-the-art endoscopic imaging system that combines high-quality 2D and 3D imaging, intelligent imaging features, and a compact design. The system is designed to provide surgeons with clear, detailed, and stable images that improve surgical precision.
With its technological capabilities and flexibility, the Olympus OTV-S300 fully meets the requirements of modern invasive surgery and is effectively used in various surgical areas where the quality of visualization is of paramount importance.
