Solutions

ALLVAS® Endovascular Interventional Robot

Whole procedure, bring the future

ALLVAS® Endovascular Interventional Robot
  ALLVAS® endovascular interventional robot represents the new generation of interventional operation systems. Our platform-based solution for endovascular interventional surgery addresses problems that others could not solve – many operation interventional systems cannot be compatible with commercialized intervention consumables. Further, the ALLVAS® endovascular interventional robot covers all the steps of the endovascular interventional procedure, starting a new era of endovascular interventional robotic surgery.
Product features:
·The robot and DSA devices are independent of each other and there is no interference;
·Platform-based design provides total solution:
  ·Covers all the endovascular interventional operation departments, including
   Cardiovascular, Neurovascular, Peripheral vascular, and other specialties
   intervention (Tumor);
·This solution provides surgical navigation and full procedure automation;
·Solve interventional operation problems:
  ·This solution completely keeps surgeons from X-ray radiation exposure;
  ·Robotic-assisted surgery is more precise, stable, and consistent.
Laparoscopic Minimally Invasive Surgical Robot

Whole procedure, bring the future

Laparoscopic Minimally Invasive Surgical Robot
  The laparoscopic minimally invasive surgical robot of Aopeng is solving the deficiencies of Da Vinci surgical robot and achieves the characteristics of convenience, flexibility, safety and comprehensiveness. This product adopts a divided modularization manipulator structure with the force control function and thus its surgical instruments can sense the resistance. There are multi-hole and single-hole compatible solutions. Its operation master enables haptic feedback.
ESD Robot

Whole procedure, bring the future

ESD Robot
  The annual operation quantity with the natural orifice transluminal ESD surgery robot has been up to 500,000 cases. However, currently these operations are mainly performed manually. It can’t be applied extensively. The natural orifice transluminal ESD surgery robot of Aopeng can replace doctors to operate the endoscope; it is configured with a micro gripper and a micro cutter based on the traditional endoscope in order to establish an operation triangle and reduce the operation difficulty. It adopts the modularization manipulator that enables automatic operation of the endoscope. It possesses an endoscope pushing unit with the resistance sensing function, an accessible arm configured with micro gripper and micro cutter, and an operation master that enables haptic feedback.
ERCP Robot

Whole procedure, bring the future

ERCP Robot
  The natural orifice transluminal ERCP surgery robot of Aopeng can substitute doctors to operate the endoscope, the guidewire as well as guidewire-based instruments exchange to solve critical operation problems of doctors, such as fatigue, exposure to radiation, etc. It adopts the modularization manipulator that enables automatic operation of the endoscope. It possesses a guidewire and an instrument pushing unit with the resistance sensing function, a guidewire-based instrument exchange, and an operation master that enables haptic feedback.
Aopeng Orthopedic Surgical Robot

Whole procedure, bring the future

Aopeng Orthopedic Surgical Robot
  As the aging problem gets increasingly severe, lifestyle changes, joint injury and movement disability will become a severe medical burden in the future. With the combination of medical treatment and AI, the sports medicine operation robot of Aopeng is more minimally invasive, intelligent, and exquisite based on navigation and positioning of the orthopedic robot and integrates 3D printing, intelligent materials, AI, virtual/augmented reality and other new technologies. The solution involves common aspects of movement medicine, such as accurate locating of rivets, reconstruction of cruciate ligaments, femoral tunnels, etc.
AI Medical Imaging Products

Whole procedure, bring the future

AI Medical Imaging Products
  DSA imaging is visual feedback in interventional surgery, providing surgeons with more valuable imaging feedback, improving surgical planning result and intraoperative navigation capabilities, understanding the clinical needs of robotic interventional surgery, and assisting surgeons to complete autonomous surgery, is our goal.
  In order to meet the market needs, Shanghai Operation Robot Co., Ltd. has developed interventional Robotic-Surgery assistant navigation products. The products include: coronary artery enhancement imaging system, peripheral vascular enhanced imaging system, neurovascular enhanced imaging system and tumor vascular enhanced imaging system, combined with intraoperative angiography image for fusion.
  Based on deep learning technology, the system provides image post-processing, vascular segmentation, quantitative calculation of vascular stenosis, and automatic identification of stenosis and calcification. Based on the information, the system can automatically identify the arterial vascular centerline and name each main branch blood vessel based on anatomical structure. The system has the ability to automatically calculate the interventional pathway from the femoral artery puncture point to the target, draw a navigation roadmap, and assist surgeons to complete preoperative planning and intraoperative navigation.
Pharyngeal swab nucleic acid sampling robot

Whole procedure, bring the future

Pharyngeal swab nucleic acid sampling robot
  As the epidemic situation continues and the nucleic acid sampling become normalization, the improvement of the automation and intelligence of NAS has become a demand. Aopeng has finished the development of the first generation of pharyngeal swab nucleic acid sampling robot, including the overall scheme for the mobile sampling booth and the portable scheme integrated with the existing sampling booth. The overall scheme is comprehensive, fully functional and easy to operate; the portable scheme makes use of the existing sampling booth to cut cost, and enables flexible placement and convenient installation. The core technology of sampling is the high-precision force control technology, with which the force control accuracy can be as small as 0.2N. The sampling is still successful when the pharyngeal position of users is different during sampling. In addition, the pharyngeal swab sampling force is softer. So, it is more comfortable than manually sampling, and the sampling safety of users can be guaranteed.