Pediatric care training manikin PLHX1005-B

bronchial endoscopyfor demonstrationairway management

Product Overview
This 3D bronchial tree training model is manufactured from highly soft silica gel and reproduces pediatric upper airway and bronchial anatomy for hands-on endoscopy and airway management training. It is intended for procedural training, instrument performance testing and demonstration of interventional diagnostic and therapeutic techniques. Compatible instruments include pediatric laryngoscopes, bronchoscopes, endotracheal tubes, biopsy forceps and brush forceps.

Specification of Pediatric Bronchoscope Training Model

• PN / Model: PLHX1005-B
• Main material: Highly soft silica gel (hardness 18A–30A)
• Model dimensions: Length 68 cm (26.8 in) × Width 40 cm (15.7 in) × Height 35 cm (13.8 in)
• Scale: 1:1 pediatric airway simulation
• Lead time: 15 days
• Origin: Shanghai, China

Product Component

• Head
• Larynx
• Five-level bronchi

Product Features

• Accurate anatomy: Designed from pediatric lung CT data to reproduce relevant oral, nasal, pharyngeal and bronchial structures
• Tactile realism: Soft silica gel simulates pediatric tissue compliance (hardness 18A–30A)
• Reusable: Suitable for repeated training sessions to reduce per-session cost
• Modular design: Removable components simplify replacement and maintenance

Clinical training & applications

• Hands-on training for pediatric bronchoscopy and airway management
• Practice of endotracheal intubation and scope navigation in pediatric anatomy
• Device and instrument performance testing (biopsy forceps, brush forceps, bronchoscopes)
• Skills assessment and procedural demonstration in educational settings

Handling & maintenance

• Cleaning: Wipe with mild detergent and medical-grade disinfectant; avoid prolonged immersion in aggressive solvents
• Do not autoclave: Avoid high-temperature sterilization that may deform the material
• Storage: Store at room temperature away from direct sunlight and sharp objects
• Maintenance: Replace modular components as needed to maintain anatomical fidelity