Lung Nodule Puncture Model

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.

Lung Nodule Puncture Model PDF

Description

Lung Nodule Puncture Model adalah simulator spesialis untuk biopsi nodul paru perkutan. Berdasarkan data CT nyata, mereplikasi struktur dinding dada, iga, paru-paru, dan jaringan lunak.

Berisi target nodul yang tertanam di dalam parenkim paru untuk latihan navigasi jarum dan biopsi jarum halus (FNA) atau *core biopsy* di bawah panduan CT-Scan atau Fluoroskopi.

Spesifikasi Teknis

Fitur

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 Time15 days
OriginShanghai, China

Drawing of Lung Nodule Puncture Model

Frequently Asked Questions

Q: Apakah nodulnya terlihat di CT?

A: Ya, material nodul memiliki densitas radiopak yang berbeda dari jaringan paru sekitarnya.

Q: Apakah nodul bisa diganti?

A: Modul paru atau nodul biasanya merupakan *consumable* yang bisa diganti setelah banyak tusukan.

Q: Apakah bisa untuk latihan ablasi (RFA/MWA)?

A: Bisa digunakan untuk simulasi penempatan *probe* ablasi secara akurat ke target tumor.