Advantages for health facilities
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To implement the latest robotic technologies in the field of surgery into daily surgical practice -
To improve the image of a health facility providing care both within the framework of compulsory insurance, OMC (high-tech medical care, also called VMP III), DMC, and paid services -
To increase the priority among patients when choosing a health facility -
To increase the safety and effectiveness of surgical intervention. To make surgical operation more precise by advanced vision and absence of tremor -
To expand the range of surgical interventions performed due to improved technique and methods -
To strengthen work in the field of science, technology and clinics if a health facility is engaged in scientific, clinical and/or research activities -
To reduce the operational trauma of the patient -
To reduce the bed-day and reduce the rehabilitation period
-
To reduce the number of iatrogenic effects and postoperative complications
Advantages for health facilities
- To implement the latest robotic technologies in the field of surgery into daily surgical practice
- To improve the image of a health facility providing care both within the framework of compulsory insurance, OMC (high-tech medical care, also called VMP III), DMC, and paid services
- To increase the priority among patients when choosing a health facility
- To increase the safety and effectiveness of surgical intervention. To make surgical operation more precise by advanced vision and absence of tremor
- To expand the range of surgical interventions performed due to improved technique and methods
- To strengthen work in the field of science, technology and clinics if a health facility is engaged in scientific, clinical and/or research activities
- To reduce the operational trauma of the patient
-
To reduce the bed-day and reduce the rehabilitation period
- To reduce the number of iatrogenic effects and postoperative complications
Robotic surgery is closer than ever!
We used to robotic operations being the domain of major federal facilities and clinics. However, everything is changing! Thanks to the joint effort of engineers and surgeons, we managed to create Dixion Revo-i, unique robotic system, which meets the latest requirements in robotic surgery. Robot-assisted surgery has become more affordable both for advanced robotic centers and for those health facilities that are only planning to embark on the path of introducing the latest technologies into daily practice.
Dixion Revo-i robotic system allows you to perform the majority of video-assisted surgical interventions on the organs of the abdominal and thoracic cavities, pelvis, retroperitoneal space in 3D format without using special glasses. In turn, this gives the maximum degree of detail, unprecedented visualization of all tissues, structures and organs. The freedom to manipulate articulatory instruments that exactly repeat the movements of surgeon's hands will ensure accuracy and safety during the entire surgical intervention.
Robotic surgery is closer than ever!
We used to robotic operations being the domain of major federal facilities and clinics. However, everything is changing! Thanks to the joint effort of engineers and surgeons, we managed to create Dixion Revo-i, unique robotic system, which meets the latest requirements in robotic surgery. Robot-assisted surgery has become more affordable both for advanced robotic centers and for those health facilities that are only planning to embark on the path of introducing the latest technologies into daily practice.
Dixion Revo-i robotic system allows you to perform the majority of video-assisted surgical interventions on the organs of the abdominal and thoracic cavities, pelvis, retroperitoneal space in 3D format without using special glasses. In turn, this gives the maximum degree of detail, unprecedented visualization of all tissues, structures and organs. The freedom to manipulate articulatory instruments that exactly repeat the movements of surgeon's hands will ensure accuracy and safety during the entire surgical intervention.
Fields of medicine
- Laparoscopic surgery (abdominal organs)
- Thoracic surgery
- Urology and oncology
- Gynecology and oncogynaecology
- Bariatric surgery
Fields of medicine
- Laparoscopic surgery (abdominal organs)
- Thoracic surgery
- Urology and oncology
- Gynecology and oncogynaecology
- Bariatric surgery
Revo-i surgical system consists of 3 main components
Revo-i surgical system consists of 3 main components
Operation cart
Each control arm of Dixion Revo-i system has 7 degrees of freedom, enabling the greatest instrument mobility. Thanks to hand motion recognition system, surgeons can perform any surgical procedure with maximum comfort, as well as control the instrument with 540 degrees of rotation.
-
Adjusting the position of the
videolaparoscope -
Reduction of pain syndrome using RCM.
*RCM: Remote Center of Motion -
Easy docking and change of instruments
in operation room -
User-friendly
mobility -
Absence of tremor for more
precise surgery
Operation cart
Each control arm of Dixion Revo-i system has 7 degrees of freedom, enabling the greatest instrument mobility. Thanks to hand motion recognition system, surgeons can perform any surgical procedure with maximum comfort, as well as control the instrument with 540 degrees of rotation.
- Adjusting the position of the
videolaparoscope - Reduction of pain syndrome using RCM.
*RCM: Remote Center of Motion - Easy docking and change of instruments
in operation room - User-friendly
mobility - Absence of tremor for more
precise surgery
Master console
Dixion Revo-i robotic surgical system will introduce you to the world of 3D visualization without wearing special glasses. During the surgery, the surgeon-controlled control arms ensure smooth and precise movement of robotic instruments in the operating field. Robot-assisted surgical operations will become considerably safer for the patients.
-
.
3D HD visualization -
.
Smooth control -
Integrated
Touchpad -
Individual settings
for surgeons -
Adjustable
foot pedal
Master console
Dixion Revo-i robotic surgical system will introduce you to the world of 3D visualization without wearing special glasses. During the surgery, the surgeon-controlled control arms ensure smooth and precise movement of robotic instruments in the operating field. Robot-assisted surgical operations will become considerably safer for the patients.
- .
3D HD visualization - .
Smooth control - Integrated
Touchpad - Individual settings
for surgeons - Adjustable
foot pedal
Vizion cart
Improve the overall quality of minimally invasive surgeries by better distinguishing between tissues and blood vessels though a high-definition magnified endoscope. The image processing system converts any captured images into 3D models on the master console while also transmitting them to the touch monitor of the vision cart, allowing you to easily check the surgical site with precision.
-
Displaying all
operation stages -
Convenient setting of
monitor parameters -
.
Telestration functions -
Two Distal Full HD CMOS
image Sensors -
.
Field of view: 82 degrees
Vizion cart
Improve the overall quality of minimally invasive surgeries by better distinguishing between tissues and blood vessels though a high-definition magnified endoscope. The image processing system converts any captured images into 3D models on the master console while also transmitting them to the touch monitor of the vision cart, allowing you to easily check the surgical site with precision.
- Displaying all
operation stages - Convenient setting of
monitor parameters - .
Telestration functions - Two Distal Full HD CMOS
image Sensors - .
Field of view: 82 degrees
Revo-Sim
With the help of Dixion Revo-Sim simulator integrated into the robotic system, both beginners and experienced surgeons can acquire essential skills to work on a robotic system to the fullest. The system is programmed with various training levels ranging from basic to advanced, including performing specific surgical operations on organs.
Revo-Sim
With the help of Dixion Revo-Sim simulator integrated into the robotic system, both beginners and experienced surgeons can acquire essential skills to work on a robotic system to the fullest. The system is programmed with various training levels ranging from basic to advanced, including performing specific surgical operations on organs.
Practicing basic skills
- Coordination of instruments
- Camera navigation / navigation of instruments
- Lifting and grasping of objects
- Fine dissection, cutting, clip applying
- Pattern cutting
- Object transfer
Suturing and Anastomosis
- Needle passing and stitching
- Simple interrupted / uninterrupted sutures
- Application of endoscopic suturing
- Endoscopic suturing
- Side-to-side anastomosis
- Jejunal suturing
Procedure Training
- Cholecystectomy
- Gynecology
- Hysterectomy
- Nephrectomy
Practicing basic skills
- Coordination of instruments
- Camera navigation / navigation of instruments
- Lifting and grasping of objects
- Fine dissection, cutting, clip applying
- Pattern cutting
- Object transfer
Suturing and Anastomosis
- Needle passing and stitching
- Simple interrupted / uninterrupted sutures
- Application of endoscopic suturing
- Endoscopic suturing
- Side-to-side anastomosis
- Jejunal suturing
Procedure Training
- Cholecystectomy
- Gynecology
- Hysterectomy
- Nephrectomy
DIXION REVO-I
Robot-assisted surgery made accessible to everyone
DIXION REVO-I
Robot-assisted surgery made accessible to everyone
Reviews
"During a working visit to the Republic of South Korea in Seoul, I got the opportunity to learn more about the latest robotic surgical system Revo-i, which was fully developed and manufactured by Korean engineers in collaboration with surgeons. I also had a chance to test this device on a abdominal mock-up while sitting at the surgeon's console. I would like to emphasize that this robotic system meets all of the latest safety and functionality standards for robotic surgery. However, like most robotic systems, Revo-i system is not free from shorcomings. Nevertheless, the company is still in the early stages of its rocky path, and it has to solve a number of tasks on the way to perfection.
Employees also arranged a meeting with a well-known Korean urologist who has performed over 100 robotic procedures on the Revo-i robotic system to date. According to the professor, Korean surgeons gave Revo-i robotic system a positive feedback. Four Revo-i systems have already been functioning in the largest well-known Korean facility, "Severance Hospital." We anticipate the early incorporation of the Korean robotic system into domestic healthcare."
Employees also arranged a meeting with a well-known Korean urologist who has performed over 100 robotic procedures on the Revo-i robotic system to date. According to the professor, Korean surgeons gave Revo-i robotic system a positive feedback. Four Revo-i systems have already been functioning in the largest well-known Korean facility, "Severance Hospital." We anticipate the early incorporation of the Korean robotic system into domestic healthcare."
"During the operation on Dixion Revo-i robotic system, I encountered no difficulties in terms of control or adaption. Comparing this robot with its equivalent, the similarity in their work and functionality are readily apparent. However, we should not forget about the economic component, which is crucial in today's world. Dixion Revo-i system is a kind of balanced decision in terms of functionality, quality and economic feasibility. It should undoubtedly be taken into account as an alternative option when considering whether to implement and begin the development of robotic surgery in the clinic."
Video reviews
Y. V. Klimov
Head of the Department of Operative Gynecology and Reproductive Medicine of the Central Clinical Hospital of Russian Railways Medicine
E. V. Shepichev
Thoracic surgeon, oncologist of thoracoabdominal surgery at the Nikiforov All-Russian Center of Epidemiology and Radiology, Ministry of Emergency Situations of Russia.
S. G. Vrublevsky
Chief Pediatric Urologist-Andrologist of the Moscow City Health Department, Deputy Chief Physician for Surgery of the V.F. Voyno-Yasenetsky Scientific and Practical Center for Specialized Medical Care for Children
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