Advanced Infant Intravenous Transfusion Training Model with Multi-Vein Access
Product Specification Sheet
Advanced Infant Intravenous Transfusion Training Model with Multi-Vein Access
Model Number: MT-S16
The Advanced Infant Intravenous Transfusion Training Model is a specialized simulator designed to replicate the anatomy of an infant’s leg for realistic venipuncture and transfusion training. It allows practice of multiple venous access techniques including instep and saphenous veins, along with heel puncture. Ideal for medical colleges, hospitals, and nursing institutes, this model enhances pediatric clinical skills and accuracy. Manufactured by Micro Technologies, it ensures durability, realism, and effective hands-on training.
Product Specification
The Advanced Infant Intravenous Transfusion Training Model is a highly detailed medical simulation tool designed to provide realistic training in pediatric intravenous procedures. It replicates the anatomical structure of an infant’s left leg, including skeleton, skin, muscle, and blood vessels, ensuring accurate representation for clinical learning.
This Advanced Infant Intravenous Transfusion Training Model supports multiple venipuncture techniques such as instep venipuncture, great saphenous vein access, small saphenous vein access, and heel puncture. The model provides a realistic tactile experience, including a noticeable sensation when the needle enters the vein and a visible blood flashback to confirm correct insertion.
Manufactured by Micro Technologies, the model is constructed using high-quality imported plastic material for durability and long-term use. The Advanced Infant Intravenous Transfusion Training Model is widely used in medical institutions and nursing training centers to enhance pediatric care skills, improve procedural accuracy, and build confidence in clinical practice.
Features
- Life-size infant leg with realistic anatomical structure
- Includes skeleton, skin, muscle, and vascular system
- Supports multiple venipuncture techniques
- Enables heel puncture training
- Provides “pop” sensation and blood flashback feedback
- Made from high-quality imported plastic material
- Durable and suitable for repeated use
Benefits
- Enhances pediatric intravenous and transfusion skills
- Improves accuracy in venous access procedures
- Provides realistic hands-on clinical experience
- Builds confidence in treating infant patients
- Supports effective medical and nursing education
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Advanced Infant Intravenous Transfusion Training Model |
| Model No. | MT-S16 |
| Type | Pediatric IV & Venipuncture Training Simulator |
| Material | High-Quality Imported Plastic |
| Size / Model | Life-Size Infant Leg |
| Usage | Medical, Nursing & Clinical Training |
FAQs
What procedures can be practiced using this infant IV model?
This model allows users to practice instep venipuncture, great saphenous vein access, small saphenous vein access, and heel puncture. It provides comprehensive training for pediatric intravenous procedures, helping learners understand different access points and techniques effectively.
How realistic is the training experience?
The model is designed with accurate anatomical layers including skin, muscle, and blood vessels, providing a lifelike experience. It also offers tactile feedback such as a “pop” sensation and visible blood flashback, which helps confirm correct needle placement and enhances learning.
Is this model suitable for pediatric training?
Yes, the model is specifically designed for pediatric training and replicates the anatomy of an infant’s leg. It is ideal for medical students, nurses, and healthcare professionals who need to develop skills in infant care and venous access procedures.
Can this model be used repeatedly in institutions?
Yes, the model is made from durable, high-quality materials that support repeated use. It is suitable for long-term use in medical colleges, hospitals, and training centers without compromising performance or realism.
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
