Skip to main content
(0) Write a Review

Simulated Broken Glass, 800-230

$25.95
For larger quantities: Request a Quote
Medex SKU:
NSC-800-230
Packing Info:
1/Each
Usually Ships:
3 - 5 Business Days

Description

Key Features

  • Realistic Appearance: The simulated broken glass is made from a non-toxic, safe material that accurately mimics the look of shattered glass. It can be used to simulate a variety of injuries, such as cuts, lacerations, or an impaled object.

  • Safe for Use: The product is made from a safe, non-harmful material that is designed to be used on manikins, props, or human actors without causing any injury.

  • Easy to Use: The simulated broken glass can be easily applied with a small amount of adhesive to a manikin or a human actor. It can be further enhanced with simulated blood to create a complete and realistic wound.

  • Cost-Effective: A compact, lightweight package of this product can be used for multiple training scenarios, making it an economical solution for repeated use in training exercises.

  • Compatibility: It is designed to be compatible with a wide range of moulage accessories, such as prosthetics, simulated blood, and adhesives.

Uses

The Simulated Broken Glass is used in a wide range of emergency training settings to:

  • Enhance Training Realism: It is an ideal tool for creating high-fidelity, visually shocking scenarios that prepare students and professionals for the emotional and physical reality of a traumatic incident.

  • Train in Wound Assessment: By creating a realistic injury, the simulated broken glass challenges students to perform thorough patient assessments and prioritize care based on the severity of the wounds.

  • Facilitate Trauma Simulations: The simulated broken glass can be used to set up complex trauma simulations, helping healthcare teams improve communication, coordination, and rapid decision-making in a high-stakes environment.

  • Support Hands-on Learning: The realistic look of the wounds ensures that students get accurate, hands-on experience, which is crucial for building confidence and competency in performing life-saving interventions.