Preclinic

The AI Bronchoscopy Virtual Simulator-Portable Version is a compact virtual bronchoscopy training and assessment platform. This simulator supports dual role login for administrators and students, and the student end covers four major modules: skill training, assessment area, etc. It can achieve anatomical recognition under bronchoscopy, basic skill training, various assessments, and case practice (including special scenario simulation), and is equipped with professional operating equipment.

Key Features
• Portable simulation platform
• Integrated skill-training environment
• Assessment and evaluation functionality
• Case-based virtual practice
• Bronchoscopic anatomical-recognition training
• Designed for standardized training and assessment

The Colonoscopy Training Model is a high-fidelity lower-gastrointestinal simulation model based on adult CT data. It reproduces key sections of the colon using highly soft silicone and includes a replaceable simulated-polyp component for intervention training. It accurately replicates the anatomical features of the lower digestive tract in Chinese people at a 1:1 scale, ensuring complete anatomical structure, including the appendix, cecum, ascending colon, transverse colon, descending colon, sigmoid colon, rectum, and anus. It simulates the real instrument approach, entering through the anus for colonoscopy intervention training.

Key Features
• Realistic ascending, transverse and descending colon anatomy
• Soft-tissue-like tactile response
• Replaceable pathology module
• Supports multiple gastrointestinal intervention scenarios
• Suitable for repeated training and demonstration

The ERCP Training Model reproduces the upper digestive tract together with the biliary and pancreatic systems for endoscopic retrograde cholangiopancreatography training. It includes the duodenum, Vater’s ampulla, bile ducts, pancreatic duct, gallbladder and associated anatomy.

Key Features
• Recreates upper-GI and pancreatobiliary anatomy
• Modular papilla design
• High-fidelity tactile characteristics
• Supports comprehensive ERCP-related training
• Suitable for device demonstration and skills development

Full Body Vascular Simulation Models are high-fidelity vascular-intervention models developed from real human CT data. The system reproduces arterial and venous anatomy, vascular stenosis, calcification and aneurysm conditions and can be combined with pumps and sensors to simulate selected hemodynamic states.

Key Features
• Simulation for surgical simulation operations and instrument testing. Multiple vascular access options are available, including femoral artery, torsion artery, subclavian artery, and carotid artery puncture points. Multiple lesion replacement exercises: Modular design is adopted for high-risk areas of vascular diseases, making it convenient to replace lesions with different structures and states. Multiple blood flow state simulations are conducted by using a simulated pump system to change heart rate, blood pressure, and cardiac output. Suitable for various case scenarios, adjust to the appropriate vascular flow state
• The operation process can be recorded: by simulating the DSA system, capturing or recording the operation scene, and repeatedly viewing or exporting it for storage on site
• Stay and provide support for the review and improvement of surgical simulations
• Provide radiation free exercise: high transparency blood vessels paired with radiation free simulated DSA equipment, allowing users to obtain without the need for X-rays
• Visual support for simulating vascular operation observation with humanoid appearance: improving the realism of operation practice, while simulating the surgical positioning, instrument placement, and team cooperation in actual use scenarios

The Laparoscopic Surgery Skill Training Simulator is a workstation-based training platform combining a biomimetic training box, high-definition display and camera system with modular surgical-skill exercises. Preclinic’s system is designed for structured laparoscopic skill development using realistic silicone-based training modules.

Key Features
• Integrated laparoscopic training workstation
• 360° camera rotation and manual focusing
• Multiple modular skill-training exercises
• Realistic silicone skin and intestinal-tube materials
• Storage box and simulated surgical instruments
• Supports FLS-style, suturing, anastomosis and cutting exercises

The Respiratory Endoscope Training Model is a high-fidelity bronchial-tree simulation model developed for respiratory endoscopy intervention training. This bronchial tree model is mainly made of soft silica gel, which is used for surgical training related to interventional diagnosis and treatment of respiratory endoscopy, performance tests, and function demonstration of surgical instruments. Surgical instruments involved include a laryngoscope, bronchoscope, bronchoscope, endotracheal intubation, biopsy forceps, brush forceps, and other instruments.

Key Features
It is used for performance testing, functional demonstration, and training of interventional devices such as laryngoscopes, bronchial flexible/rigid scopes, and airway biopsy instruments, helping trainees master standardized skills and operational essentials of bronchoscopy;

Usage characteristics:
1. Highly simulates the anatomical structure and operational texture of the human trachea, including the nasal cavity, oral cavity, larynx, airway, and five-level bronchi, allowing for operational practice of instruments within the tracheal cavity;
2. The head can be adjusted to any angle up and down, left and right, restoring the real human head rotation state and meeting the needs of simulation training under different angle conditions.

The Urological Endoscope Training Model is a 1:1 urinary-system simulation based on CT/MRI anatomical reconstruction. It reproduces the penis, urethra, bladder, ureters and kidneys using highly soft silicone for realistic visual and tactile endoscopic practice.

Key Features
• Based on CT/MRI data from Chinese individuals, we have reconstructed the complete urinary system structure, including the penis, urethra, bladder, ureter, and kidneys, with a 1:1 scale, ensuring that the dimensional parameters align with clinical reality;
• Made of food-grade silicone material (with a testing certificate provided), it highly simulates the human body in both visual and tactile senses;
• Supporting the operation of various instruments such as cystoscopes and ureteroscopes, it can be used for training in various urological surgeries such as lithotripsy, catheterization, stent implantation, etc.
• Full urinary-system anatomical reproduction
• High visual and tactile fidelity
• Food-grade silicone construction
• Supports multiple urological endoscopic instruments
• Customizable kidney configurations