COVID-19 simulator SJXG-009

bronchial endoscopyfor endobronchial ultrasoundbronchoscopy

Overview
This system is a high-end bronchoscope comprehensive virtual simulation training platform that integrates hardware, software, and AI technology. It creates a highly realistic intervention environment by matching high-precision models with real-time 3D data from the host system, providing physicians with a comprehensive and intelligent training solution from basic to proficient.

Hardware
The simulator includes a movable trolley, enabling easy relocation of the training venue and flexible use in different training environments.

Key features

• Comprehensive training modules covering basic to advanced bronchoscopy skills
• Advanced intelligent evaluation system for objective performance assessment
• Accurate simulation of navigation, exploration, and sequential airway examination
• Supports procedural techniques including mucosal biopsy, alveolar lavage, EBUS-TBNA
• Supports core diagnostic and treatment techniques: foreign body removal, hemoptysis treatment, electrocautery with snare devices
• Diversified case database including typical diseases (example: COVID-19) and practical training for four common disease scenarios
• Integrated AI engine for automatic 3D reconstruction of the lungs and lung nodule analysis to support diagnosis and treatment planning
• Technical capability assessment records and quantifies operational data throughout training, providing objective and customizable feedback to improve training quality and efficiency

Intended use
Skill enhancement and assessment tool for modern respiratory endoscopy centers; ideal for training, evaluation and surgical planning exercises.

Caractéristiques / spécifications techniques

• Commercial name: AI Bronchoscopy Virtual Simulator-Cart Version
• Model / internal code: PLHXNJ102TC
• System composition: integrated hardware, software and AI engine
• Physical accessory: movable trolley (cart version) for portability
• Simulation capabilities: navigation, exploration, sequential examination, mucosal biopsy, alveolar lavage, EBUS-TBNA
• Treatment simulations: foreign body removal, hemoptysis treatment, electrocautery with snare devices
• Case database: diversified clinical cases including infectious and common disease scenarios (supports four common disease scenarios)
• AI functions: 3D lung reconstruction and lung nodule analysis
• Assessment: objective, customizable technical capability assessment with operational data recording and quantification