Demo Dose Inject-Ed XL Injection Pad, PN01259

$230.95

Description

Extra-Large Injection Pad: This trainer is a block of simulated tissue that is larger than standard injection pads, offering an expansive surface area for practicing a variety of injection techniques. The dimensions are typically around 8 inches in radius by 1.5 inches in height.
Realistic Simulation: The pad is made from a resilient, durable, and self-healing material that mimics the feel of human skin, fat, and muscle. It provides a lifelike resistance for both needle insertion and fluid injection.
Fluid and Air Compatible: A key feature of this model is its compatibility with fluids. It is designed to hold up to 250 mL of fluid, and it can be easily drained out. This allows for realistic practice of fluid injection and aspiration.
Versatile Training: It's designed for practicing a variety of injection techniques, including:
- Intramuscular (IM) injections
- Subcutaneous (Sub-Q) injections
- Intradermal (ID) injections
- Z-track injections
Durable and Self-Healing: The self-healing surface allows for repeated needle punctures without leaving visible marks or leaks, which extends the product's lifespan and provides a fresh-looking surface for each student.
Economical: Despite its large size and advanced features, it is marketed as a cost-effective solution for a simulation lab.

Comprehensive Injection Training: The primary use is to teach and practice a wide range of injection techniques in a safe, controlled environment.
Medical and Nursing Education: It is an essential tool in nursing schools, medical schools, and other healthcare training programs for building fundamental skills before working with live patients.
Fluid Injection Practice: The ability to inject and drain fluid makes it ideal for teaching students how to safely administer medications, such as vaccines, and practice medication administration skills.
Skill Assessment: Instructors can use the trainer to observe and evaluate a student's proficiency and confidence in performing injections, including the complex Z-track technique.

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