Lung Nodule Puncture Model PLHXNJ005

This product is a high simulation model used for training in pulmonary nodule navigation puncture surgery. It mainly consists of skin, soft tissue, bronchi, chest ribs, pulmonary veins, pulmonary artery models, and a transparent acrylic base. The pulmonary nodule navigation puncture model is based on real human CT data, with some structures optimized through rational design and reference to literature materials. It restores the position, size, and other details of real pulmonary nodules in a 1:1 ratio, allowing doctors to provide more accurate puncture positioning for patients.

Specification of Lung Nodule Puncture Model

Features	Optimized based on real human CT data, it accurately replicates structural details such as skin, costal ribs, bronchi, pulmonary arteriovenous structures, and pulmonary nodules at a 1:1 scale. With a soft touch and visually realistic appearance, the nodule position can be flexibly adjusted, making it suitable for training in the operation of pulmonary nodule localization needles. It precisely simulates the clinical puncture approach and posture adjustment process.
PN	MODEL: PLHXNJ005
Main Material	Highly soft silica gel, hardness:18A~30A
Product Size	Model length: 30 cm
	Model width:37cm
	Model height: 22 cm
Lead Time	15 days
Origin	Shanghai, China

Product Component

Specification of Lung Nodule Puncture Model composition: silicone human skin, rigid pulmonary arteriovenous, rigid bronchial tube, foam material soft tissue, silicone nodules;

Product Features

1:1 simulation of human skin soft tissue, chest ribs, lung nodules, bronchi, and other organs.
Using special high-molecular silicone materials, it simulates the details of real human lung nodules, such as location and size, both visually and tactually.

Drawing of Lung Nodule Puncture Model

Product design drawing