In the wave of surgical operations in the 21st century, the laparoscopic surgical system is undoubtedly a bright beacon leading the future. Every surgeon knows that mastering laparoscopic technology is a necessary skill to stand at the forefront of the times and provide patients with better medical services. However, the shackles of reality have constrained the pursuit of excellence by many doctors. Whether you have had laparoscopic surgery training experience or have not yet entered this field, you are often trapped by objective conditions and it is difficult to obtain long-term, systematic and effective training opportunities. Don't worry, our high-performance laparoscopic surgery simulator has been born, specially tailored for professional institutions such as laparoscopic technology clinical training centers and hospital surgery, and has become a powerful weapon to break through difficulties.
Its excellent design shows ingenuity from the details. The bionic mainframe body simulates the shape of the human abdomen realistically, as if creating an exclusive abdominal exploration stage for doctors. The handheld 30-degree 20-megapixel color high-definition camera is like a doctor's third eye. The focal length and clarity can be adjusted at will, so that every detail in the abdominal cavity can be seen. The three buttons on the right leg of the chassis can easily control the brightness of the light in the chassis and create the best surgical simulation environment. The selected environmentally friendly ABS engineering plastic is molded in one go, which is not only sturdy and durable, but also adheres to the concept of environmental protection. It is extremely convenient to place training modules on both sides of the model, and the design of 12 simulated silicone abdominal wall holes makes the instrument operation more in line with the real surgical scene.
The operating host adopts environmentally friendly skin-colored paint, which is both beautiful and durable, and accompanies doctors through a long time of skill honing. In terms of function, it covers a full range and escorts the growth of doctors in all directions. The suture and knotting training module focuses on the four core basic techniques of separation, ligation, suture, and hemostasis. Following the complete system of laparoscopic surgery simulator, animal experiments and clinical practice of laparoscopic technical training, with the simulation of the human abdominal cavity as the cornerstone, with the help of professional laparoscopic instruments, under the precise guidance of the monitor image, it helps doctors repeatedly hone laparoscopic surgical techniques, consolidate the foundation, and gradually move towards the road of surgical masters. Hand-eye coordination training is like a precise challenge in the microscopic world. Place tiny objects such as rice grains and small paper balls in the training box. The doctor needs to control the grasping forceps to clamp the objects one by one to the designated position in the field of vision of the monitor screen, and always maintain the operating principles of stability, accuracy, lightness and speed to avoid collisions with the surroundings. Every practice is a deep integration of hand-eye tacit understanding, allowing doctors to be more handy in laparoscopic operations.
Orientation adaptation training gives the doctor's operation orientation ability wings to take off. The needles or nails are cleverly set on the foam board of the training box, and the doctor uses the grasping forceps to wrap the rubber band or silk thread around it purposefully and systematically. Through repeated practice, the orientation accuracy and spatial perception ability during laparoscopic operation are continuously improved, making the surgical operation more accurate and error-free.
Tissue separation training is a deep experience of actual combat simulation. Bananas, grapes, oranges or chicken with skin are placed in the training box, and doctors use instruments such as grasping forceps, scissors, and separation forceps to perform blunt and sharp separation operation training. In this process, doctors can truly feel the characteristics and separation techniques of different tissues, and accumulate rich experience to deal with complex situations in real operations.
Choosing our laparoscopic surgery simulator is to choose to open a door to the exquisite skills of laparoscopic surgery for surgeons. Let every doctor break through himself in simulation training, shine on the operating table in the future, and contribute more to the health and well-being of patients.
As medical technology continues to advance, laparoscopic surgery has become the gold standard for many surgical procedures. However, these highly complex surgeries require surgeons to have proficient skills and experience. In order to train a new generation of surgeons, laparoscopic simulators are quickly emerging as an integral part of modern medical education.
laparoscopic surgery simulator are a revolutionary tool for modern medical education and surgical training. They provide a safe and efficient platform for medical students and medical professionals to practice and refine surgical skills. By promoting better training and research, laparoscopic simulators are expected to improve patient care and promote continuous progress in the field of medicine. Both medical schools and medical institutions should consider incorporating laparoscopic simulators into their medical education and training programs to promote innovation in medical education.
laparoscopic surgery simulator standard configuration list:
Needle holder forceps Φ5*330mm
Marryland dissector Φ 5*330mm
Curved scissors Φ 5*330mm
Grasping forceps Φ 5*330mm
Cannula Φ5mm*2
Cannula Φ10mm*1
Trocar Φ5mm*1
0° or 30°Endoscope Camera
1080P1920*1080
No disortion,2 millions pixel
WINMACAndROID compatible
10mm OD,300mm length
Adjustable docus,with 8 LED Lights
USB Type C/A
4 instruments (needle holder, grasping forceps, scissors, stripping forceps) simulator-specific dust cover
One simulated puncture sheath
Two simulator mobile trolleys
One set of monitor movable bracket
One set of high-definition monitor 17 inches