Neonatal Lumbar Puncture Training Model with CSF Simulation
Product Specification Sheet
Neonatal Lumbar Puncture Training Model with CSF Simulation
Model Number: MT-L60A
The Neonatal Lumbar Puncture Training Model is a life-size medical simulator designed to provide realistic training in pediatric spinal puncture procedures. It allows learners to practice lumbar puncture in both lying and sitting positions with accurate anatomical landmarks. The model simulates cerebrospinal fluid (CSF) outflow, enhancing the realism of the procedure. Ideal for medical colleges, hospitals, and training institutes, this model from Micro Technologies supports safe and effective hands-on learning for neonatal care.
Product Specification
The Neonatal Lumbar Puncture Training Model with CSF Simulation is an advanced medical training tool developed to replicate real-life neonatal lumbar puncture procedures. Designed based on a life-size infant model, it allows practice in both lateral and sitting positions, providing flexibility in training scenarios.
This neonatal lumbar puncture model features accurate anatomical landmarks such as the spinous processes and posterior superior iliac spine, enabling precise identification of the puncture site at the L3–L4 lumbar region. When the puncture is correctly performed, the model simulates cerebrospinal fluid outflow, giving realistic feedback to the user.
The model includes spare spinal components and needles, ensuring extended usability and convenience during training sessions. Built with durable materials, it supports repeated use in educational and clinical environments. Micro Technologies offers this neonatal lumbar puncture model as a reliable solution for pediatric training and clinical skill development.
Features
- Life-size neonatal model for realistic training
- Supports both lying and sitting positions
- Accurate anatomical landmarks for precise puncture
- Simulates cerebrospinal fluid (CSF) outflow
- Includes spare spinal components and needle
- Durable and reusable design
- Suitable for pediatric and clinical training
Benefits
- Enhances accuracy in neonatal lumbar puncture procedures
- Provides realistic feedback for better learning outcomes
- Improves confidence in pediatric clinical skills
- Allows repeated practice in a safe environment
- Ideal for medical, nursing, and pediatric training programs
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Neonatal Lumbar Puncture Model |
| Model No. | MT-L60A |
| Type | Medical Training Simulation Model |
| Material | High-Quality Synthetic Material |
| Size / Model | Life-Size Neonatal Model |
| Usage | Medical, Nursing, Pediatric & Clinical Training |
FAQs
What procedures can be practiced using this neonatal model?
This model is specifically designed for practicing neonatal lumbar puncture procedures. It allows users to learn proper needle insertion techniques and understand the correct anatomical positioning. The realistic design helps in developing confidence and accuracy in pediatric spinal procedures.
How does the model simulate cerebrospinal fluid outflow?
When the puncture is performed correctly at the designated lumbar region, the model produces simulated cerebrospinal fluid (CSF) outflow. This feature provides immediate feedback to the user, helping them understand whether the procedure has been performed accurately. It enhances the realism of training significantly.
Are the anatomical landmarks clearly defined in this model?
Yes, the model includes clearly identifiable anatomical landmarks such as spinous processes and the posterior superior iliac spine. These features help users accurately locate the puncture site, making the training more effective and clinically relevant.
Who can use this neonatal lumbar puncture model?
This product is ideal for medical students, pediatric trainees, nurses, and healthcare professionals. It is widely used in medical colleges, hospitals, and training institutes for hands-on learning and improving neonatal care skills.
Why Choose Our Products
- Manufactured with premium-grade materials for high performance
- Designed for durability and long-term repeated use
- Provides realistic training for accurate skill development
- Trusted by medical institutions, hospitals, and training centers
