Training simulator PLHX1003

biopsyfor endobronchial ultrasoundfor demonstration

Product overview
This EBUS-TBNA training model PLHX1003 is a 1:1 bronchial and mediastinal lymph node ultrasound simulator manufactured from highly soft high-molecular silicone. It is designed for hands-on interventional respiratory endoscopy training, performance testing and instrument demonstrations. The simulator allows insertion of ultrasound bronchoscopes and micro-ultrasound probes to produce realistic ultrasound imaging and sampling scenarios.

Clinical training applications

• Practice of ultrasound-guided transbronchial needle aspiration (EBUS-TBNA).
• Bronchoscopic navigation, biopsy sampling technique and instrument handling.
• Simulation-based assessment for pulmonology, interventional bronchoscopy and thoracic surgery teams.

Key features

• Anatomical fidelity: 1:1 inner-lumen sizing based on adult lung CT with left/right segmental bronchi.
• Ultrasound-optimized materials: lymph nodes and surrounding tissues produce realistic echo patterns for EBUS imaging.
• Soft tactile realism: high-molecular silicone (hardness 18A–30A) simulates bronchial texture and resistance to instruments.
• Modular design: available as a standard bronchial model and an ultrasonic bronchial model to match training needs.
• Includes seven enlarged lymph nodes (2R, 4R, 10R, 2L, 4L, 10L, 7) for realistic puncture and sampling practice.

Technical specifications

• PN / Model: PLHX1003
• Main material: highly soft silica gel (silicone), hardness 18A–30A
• Model dimensions: length 28 cm; width 28 cm; height 14 cm
• Lead time: 15 days
• Origin: Shanghai, China

Components

• Standard bronchial model
• Ultrasonic bronchial model (left/right segmental bronchi)
• Seven simulated lymph node sets: 2R, 4R, 10R, 2L, 4L, 10L, 7

Compatible instruments & training scenarios

• Ultrasound bronchoscope and micro-ultrasound probes for EBUS imaging and guidance.
• Bronchoscope, biopsy forceps, brush forceps and puncture needles for sampling practice.
• Suitable for departmental training, device demonstrations, skills assessment and curriculum-based EBUS courses.