Laparoscopy simulator PLPWQJ002A

for teachingtrainingrobotic surgery

Product overview
Supports operation of standard laparoscopic instruments such as grasping forceps, separating forceps, scissors and electrocoagulation hooks. Provides a clinically realistic simulation environment for performance testing, functional demonstration and hands-on training in laparoscopic and robot-assisted interventions.

Specification

• Accurate anatomical reproduction for realistic dissection
• Modular, easy-to-maintain design for varied training scenarios
• Compatible with core laparoscopic training programs from basic to advanced

Feature of Training Model for Laparoscopic Surgery Robot - A
Accurate dissection, highly realistic
Reconstructed from clinical CT/MRI datasets at 1:1 scale to reproduce size, shape and spatial relationships of abdominal and pelvic anatomy. Internal skeletal framework printed in 3D resin ensures anatomical accuracy and structural durability. Built-in pneumoperitoneum accurately simulates clinical insufflation and instrument approach to mirror real surgical scenarios.

Flexible and practical, adaptable to diverse needs
Modular design allows rapid replacement and recombination of organs and tissues for easy maintenance and quick switching between training modules. Customization available on request to replicate specific tissues, organs or lesion shapes (e.g. tumor size and location) for teaching and research needs.

Fully functional, covering core training programs
Compatible with standard laparoscopic and electrosurgical instruments. Enables key technical training such as tissue ligation and dissection, narrow-space tissue separation, gap identification (e.g. bladder neck plane), and organ mobilization (e.g. kidney and ureter freeing), suitable for training from basic to advanced levels.

FAQ

• What ensures anatomical accuracy and realistic tactile response? The model is reconstructed 1:1 from clinical CT/MRI data. Organs are molded in medical-grade silicone for realistic tactile properties; the bone framework is 3D resin printed. The built-in pneumoperitoneum reproduces clinical insufflation for authentic operating conditions.
• Can the model be adapted for personalized training and is it easy to maintain? Yes. The modular design enables quick replacement and recombination of organs and tissues. Specific tissue or lesion configurations can be customized on demand; modular components simplify maintenance and extend service life.
• Which laparoscopic training exercises are supported? Core exercises include tissue ligation and dissection, work in confined spaces, identification of anatomical planes (e.g. bladder neck plane), organ mobilization (e.g. kidney and ureter freeing) and other fine manipulations. The model is compatible with graspers, separators and electrosurgical instruments.

Technical specifications

• PN: PLPWQJ002A
• Main material: Medical-grade silicone
• Model length: 73 cm
• Model width: 35 cm
• Model height: 30 cm
• Lead time: 15 days
• Origin: Shanghai, China