The pediatric spine model offers a highly detailed representation of the sacral, lumbar, and thoracic regions, specifically designed for ultrasound-guided training in caudal epidural blocks and catheter placements. It enables practitioners to simulate needle advancement through the sacrococcygeal ligament, accurately identify anatomical landmarks, and steer a catheter cephalad. Its durable, portable design is based on published anatomical data, making it suitable for hands-on practice with neonates and small pediatric patients. The simulator provides opportunities to practice both single-injection blocks and continuous catheter techniques, helping to minimize common procedural errors such as catheter coiling, misplacement, and accidental dural puncture.
Description
What sets this technology apart is its tailored approach to a critical gap in pediatric anesthesia training. The system addresses key clinical challenges by incorporating an anatomically precise model that works seamlessly with ultrasound imaging. It offers a realistic platform for correcting technique via simulated scenarios, reducing the risks of traumatic insertions and misplaced needles. By focusing on the unique needs of pediatric care, particularly in neonatal cases, it enhances both procedural confidence and safety, serving as an essential tool for modern medical education.
Applications
- Pediatric anesthesia training simulator
- Ultrasound-guided injection training
- Neuraxial block technique simulator
- Medical education simulation device
- Catheter advancement proficiency training
Advantages
- Provides realistic, anatomically accurate simulation for pediatric caudal epidural and catheter placement techniques.
- Reduces procedural complications by allowing practice to prevent catheter coiling, misplacement, and accidental dural puncture.
- Enhances ultrasound-guided training by enabling users to identify key anatomical landmarks and perfect needle insertion techniques.
- Facilitates hands-on, safe and repeatable practice in a durable, portable, and educational platform.
- Improves proficiency and confidence among a variety of medical professionals, ultimately enhancing patient safety in pediatric care.
