Product overviewThis is a realistic simulation model designed for training in pulmonary nodule navigation and puncture procedures. The anatomical assembly includes skin, soft tissue, bronchi, ribs, pulmonary veins and arteries, lung nodules and a transparent acrylic base. The model is based on human CT data with selected structures optimized for training accuracy, reproducing nodule position and size at a 1:1 scale to support clinical localization and puncture practice.
Specification of Lung Nodule Puncture ModelFeatures: Based on real human CT data, accurately reproduces skin, costal ribs, bronchi, pulmonary vasculature and nodules at a 1:1 ratio. Soft tactile properties with visually realistic appearance; nodule position is adjustable to simulate multiple clinical scenarios and localization needle procedures.
PN: PLHXNJ005
Main material: Highly soft silica gel (hardness 18A–30A)
Product size:
Model length: 30 cm
Model width: 37 cm
Model height: 22 cm
Lead time: 15 days
Origin: Shanghai, China
Product Component- Silicone human skin
- Rigid pulmonary arteries and veins
- Rigid bronchial tubes
- Foam soft tissue
- Silicone nodules (adjustable)
Product Features- 1:1 simulation of skin, soft tissue, ribs, bronchi, pulmonary vasculature and nodules based on CT data.
- High-molecular silicone materials reproduce visual and tactile details of lung nodules, including location and size.
- Adjustable nodule positions to train needle localization and puncture approaches.
- Transparent acrylic base for stable positioning and observation during training.
Technical specifications- Model name: Lung Nodule Puncture Model
- Model code / PN: PLHXNJ005
- Simulation ratio: 1:1 (based on human CT data)
- Main material: Highly soft silica gel (hardness 18A–30A)
- Adjustable nodule position for localization needle practice
- Realistic visual and tactile simulation using high-molecular silicone
- Dimensions: L 30 cm × W 37 cm × H 22 cm
- Lead time: 15 days
- Origin: Shanghai, China
- Components: silicone skin; rigid pulmonary arteries/veins; rigid bronchi; foam soft tissue; silicone nodules