Intramuscular Injection Training Model with Multi-Layer Injection Practice
Product Specification Sheet
Intramuscular Injection Training Model with Multi-Layer Injection Practice
Model Number: MTS12
The Intramuscular Injection Training Model is a versatile simulator designed for practicing multiple injection techniques including intradermal, hypodermic, and intramuscular injections. It features a realistic multi-layer structure with skin, subcutaneous tissue, and muscle layers for accurate training. The wearable design enhances practical learning by simulating real patient interaction. Ideal for medical colleges, nursing institutes, and healthcare training centers, this model improves procedural accuracy and confidence. Manufactured by Micro Technologies, it ensures durability and effective hands-on training.
Product Specification
The Intramuscular Injection Training Model is an advanced medical simulation tool developed to provide realistic training for multiple injection techniques. It is constructed with anatomically accurate layers including skin, subcutaneous tissue, and muscle, allowing users to practice intradermal, hypodermic, and intramuscular injections with precision.
This Intramuscular Injection Training Model features a wearable design, making it convenient for hands-on training and real-life simulation. It allows injection of liquid into the pad, and after use, the pad can be squeezed for easy maintenance and reuse, ensuring long-term usability and cost-effectiveness.
Manufactured by Micro Technologies, the model is built with high-quality materials that replicate real tissue feel. The Intramuscular Injection Training Model is widely used in medical colleges, nursing schools, and training institutes to enhance clinical skills, improve injection accuracy, and build confidence among healthcare professionals.
Features
- Multi-layer structure: skin, subcutaneous tissue, and muscle
- Supports intradermal, hypodermic, and intramuscular injections
- Wearable design for realistic training experience
- Allows liquid injection and easy removal after use
- Provides accurate tactile feedback
- Durable and reusable construction
- Suitable for clinical and nursing training
Benefits
- Enables training for multiple injection techniques in one model
- Enhances accuracy and skill in injection procedures
- Provides realistic hands-on learning environment
- Reduces risk during real patient procedures
- Cost-effective due to reusable design
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Intramuscular Injection Training Model |
| Model No. | MTS12 |
| Type | Multi-Layer Injection Training Simulator |
| Material | Medical Grade Simulation Material |
| Size / Model | Wearable Training Model |
| Usage | Medical, Nursing & Clinical Training |
FAQs
What types of injections can be practiced using this model?
This model supports multiple injection techniques including intradermal, hypodermic, and intramuscular injections. It provides a comprehensive training platform for students and healthcare professionals to practice different procedures in one simulator, improving their versatility and clinical skills.
What makes this injection model realistic?
The model is designed with multiple anatomical layers such as skin, subcutaneous tissue, and muscle. This layered structure provides realistic resistance and tactile feedback, closely mimicking actual human tissue during injection procedures.
Is the model reusable after injection practice?
Yes, the model allows liquid to be injected and later removed by squeezing the pad. This feature ensures easy maintenance and repeated use, making it highly suitable for training institutions and long-term practice sessions.
Who can use this injection training model?
This model is ideal for medical students, nursing trainees, and healthcare professionals. It is widely used in educational institutions and hospitals to develop essential injection skills and improve confidence in clinical practice.
Why Choose Our Products
- Manufactured with high-quality, durable materials
- Designed for accurate and realistic medical simulation
- Suitable for long-term institutional use
- Easy to use and maintain
