The world's first Live Organ Endoscopy Training System, is capable of supplying blood and oxygen to isolated edible pig viscera, maintaining their freshness and normal physiological functions for a long period of time. This system significantly reduces labor costs, eliminates the need for anesthesiologists, and overcomes the limitations of time, space, and animal breeding qualifications. It also adeptly circumvents ethical concerns related to animals, and creates a training environment that is closest to the clinical surgery, allowing trainees to experience the real surgical operations at any time and place.
Medical High-Definition Monitors01
Organ perfusion systems03
Blood temperature control system05
Imported full HD laparoscopic system07
Clinically realistic surgical instruments02
Smart Touch Panel04
Oxygen collection system06
Ultrasonic scalpel08
Relying on powerful organ acquisition and room temperature mechanical perfusion organ maintenance technology, we have pioneered live organ training.
Overcoming limitations on live animal experiments such as time, venue, and animal breeding qualifications, cleverly avoiding ethical barriers to animals, and without the need for anesthesiologists to cooperate, significantly reducing labor and funding costs.
Overcoming the shortcomings of lifeless training models such as distortion and inactivation, providing real-time feedback on clinical surgical outcomes such as blood vessel damage and bleeding, bile duct and gallbladder damage, and bile outflow, with intuitive training and evaluation.
Support basic skills, suturing, and surgical training to meet the needs of single/multi person coordinated training for different surgical procedures in multiple departments such as liver and gallbladder, gastrointestinal, urology, and gynecology, reducing training costs.
Suitable for teaching demonstrations, training practices, and assessments for medical students, resident physicians, laparoscopic specialists, and continuing education doctors.
Provide a high-level surgical skills training platform to efficiently shorten the growth cycle of doctors.
