Emily's spinal puncture model

Emily's spinal puncture model

Product Features

Realistic anatomical structure: The model is the upper body of an adult with obvious body markings, made of environmentally friendly thermoplastic elastomer mixed with adhesive material.

Puncture training: lumbar puncture operation training can be conducted, including puncture point positioning, catheter insertion, and other operations.

Catheter insertion training: Simulate the insertion process of a spinal puncture catheter, and practice measuring the insertion length and confirming the position of the catheter.

Repetitive practice: It can be practiced repeatedly and supports long-term use.

Emily's spinal puncture model

Product Features

• Realistic anatomical structureThe model is an adult upper body with obvious body markings, made of environmentally friendly thermoplastic elastomer mixed with adhesive material.

• Puncture trainingLumbar puncture operation training can be conducted, including puncture point positioning, catheter insertion, and other operations.

• Catheter insertion trainingSimulate the insertion process of spinal puncture catheter, and practice measuring the insertion length and confirming the position of the catheter.

• repeated practiceCan be practiced repeatedly and supports long-term use.

• quality assuranceThe product is strictly produced and inspected in accordance with national standards, and is issued with a certificate of inspection and a product manual. It comes with a one-year warranty.

applied value

• Medical educationProvide authentic teaching tools for medical and nursing schools to help students master the norms of spinal puncture procedures.

• Clinical trainingEnhance the operational skills and emergency response capabilities of medical staff, and reduce risks in actual operations.

The IMY4040 spinal puncture model is a lumbar spine structure simulation teaching tool used for medical puncture training, mainly composed of a core part and a functional part. The core part displays structures such as the first and second lumbar vertebrae, intervertebral discs, nerve roots, ligamentum flavum, and dura mater through transparent resin windows; The functional part covers the soft and bony tissues from the third lumbar vertebra to the end of the coccyx, mostly made of polymer materials or imported plastics, with the characteristics of environmental protection and high simulation. ‌

This model supports various anesthesia training procedures, including epidural anesthesia, lumbar anesthesia, sacral anesthesia, etc. It can sense a sense of blockage and frustration after penetrating the ligamentum flavum during puncture, and simulate cerebrospinal fluid outflow when successful. The body surface markings are clear and easy to locate, supporting both lateral and sitting puncture positions for training. The skin and ligamentum flavum components can be replaced to achieve repeated exercises in the same area. ‌