Intradermal Injection Simulator | INNORKOM

Product Introduction 

This intradermal injection model provides realistic feel and appearance to ensure a realistic training experience. The arm features eight sites for practicing intracutaneous injections. If fluid is properly injected, a characteristic skin welt will form.

Features

• Lifelike Skin Simulation – The model features realistic skin layers, including the epidermis and dermis, for practicing accurate needle placement during intradermal injections.
• Realistic Skin Resistance – The model provides the appropriate tactile feedback, mimicking the resistance of human skin, which helps users develop the right pressure and technique for successful ID injections.

• Simulated Injection Site – Various sites on the simulator can be used for practicing intradermal injections, such as the forearm or upper back, to replicate common injection areas.

Functions

The Intradermal Injection Simulator is designed to help users practice the intradermal injection technique, which involves injecting a small amount of fluid just beneath the surface of the skin. Key functions include:

• Realistic Injection Simulation: The model allows users to practice the technique of inserting a needle into the skin at a shallow angle to deliver a small dose of medication or fluid.
• Training on Injection Sites: Users can practice the correct insertion of the needle in common intradermal injection sites, such as the forearm or upper back, which are typically used for allergy testing and TB screening.

Benefits

• Realistic Training Environment – The lifelike skin layers offer an authentic experience, helping trainees build confidence and accuracy in performing intradermal injections.
• Precise Needle Placement – Provides a controlled and realistic practice environment for learners to master the needle placement required for successful ID injections.

• Increased Proficiency and Safety – Repeated practice on the simulator helps users improve their injection technique, reducing the risk of errors when performing procedures on patients.