Thoracolumbar Fluoroscopy Spine Simulator with Full Back Anatomy for C-Arm Training
Product Specification Sheet
Thoracolumbar Fluoroscopy Spine Simulator with Full Back Anatomy for C-Arm Training
Model Number: MT-SP009
The Thoracolumbar Fluoroscopy Spine Simulator is a comprehensive training model designed for advanced spine procedures and imaging-based interventions. It features a realistic full-back anatomical structure with fluoroscopic compatibility for C-arm guided training. Ideal for medical colleges, hospitals, and surgical workshops, this model from Micro Technologies provides an ethical and cost-effective alternative to cadaver-based training while enhancing clinical precision and procedural confidence.
Product Specification
The Thoracolumbar Fluoroscopy Spine Simulator with Full Back Anatomy for C-Arm Training is an advanced medical training model developed to replicate the human thoracolumbar spine in a realistic anatomical context. It extends from T1 to the sacrum and is integrated into a foam-based mannequin that mimics the contours of a human back, providing an immersive training experience.
This simulator features an artificial spine embedded within a realistic structure, allowing users to practice spine-related procedures under true-to-life conditions. The model is coated with an X-ray opaque material, enabling clear visualization under fluoroscopy for C-arm guided interventions. This makes it ideal for training in needle placement, spinal injections, and other image-guided techniques.
Its life-like design enhances anatomical orientation and procedural accuracy. Built with durable materials, it supports repeated use in workshops and clinical training environments. Micro Technologies offers this simulator as a reliable solution for improving spine surgery skills, imaging accuracy, and professional training outcomes.
Features
- Thoracolumbar spine model from T1 to sacrum
- Realistic full-back foam mannequin structure
- X-ray opaque coating for fluoroscopy visibility
- Supports C-arm guided spine procedures
- Anatomically accurate contours for realistic training
- Ideal extension of lumbar spine training systems
- Durable and reusable construction
Benefits
- Enhances accuracy in thoracolumbar spine procedures
- Provides realistic full-back anatomical training experience
- Improves confidence in fluoroscopy-guided interventions
- Offers ethical and cost-effective alternative to cadaver training
- Ideal for workshops, demonstrations, and clinical education
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Thoracolumbar Fluoroscopy Spine Simulator |
| Model No. | MT-SP009 |
| Type | Medical Training Simulation Model |
| Material | Synthetic Spine with Foam Mannequin & X-ray Coating |
| Size / Model | Full Back Model (T1 to Sacrum) |
| Usage | Medical, Radiology, Orthopedic & Training Institutes |
FAQs
What procedures can be practiced using this thoracolumbar simulator?
This simulator is designed for practicing spine-related procedures such as injections and other C-arm guided interventions. It provides a realistic environment for improving accuracy in thoracolumbar spine procedures.
How does the full-back design enhance training?
The model includes a realistic foam back structure that mimics human anatomy, helping users understand anatomical positioning and orientation. This enhances procedural accuracy and provides a more immersive training experience.
Is the simulator compatible with fluoroscopic imaging?
Yes, the model features an X-ray opaque coating that allows it to be used under C-arm imaging. This enables real-time visualization during training and improves accuracy in guided procedures.
Can the model be used repeatedly in training programs?
Yes, the simulator is constructed with durable materials designed for repeated use. It is suitable for workshops, medical colleges, and hospitals for continuous training sessions.
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
