Pediatric Regional Anesthesia and Central Line Ultrasound Training Model

Pediatric Regional Anesthesia and Central Line Ultrasound Training Model

Realistic pediatric vascular access and nerve block training with high-fidelity ultrasound imaging

SKU: BPP770-HP Category:

  • Practice ultrasound-guided central line placement and brachial plexus blocks on a pediatric-based model

  • Perform full needle-to-catheter insertion procedures using your own ultrasound system

  • Distinguish arteries from veins with realistic pulsation, flow feedback, and color-coded vascular systems

  • Inject simulated anesthetics into nerve structures for full anesthesia workflows

  • Durable, self-healing tissue supports repeated, cost-effective training without part replacement

Features

Realistic Tissue Feedback

Learners can practice with tissue that mimics the tactile feel and ultrasound imaging of pediatric patients, helping them build muscle memory and develop precise needle control for both vascular access and nerve blocks.

Comprehensive Pediatric Anatomy

Identify and navigate the brachial plexus and vascular structures—such as the internal jugular vein (IJ), subclavian, axillary veins, and arteries—based on the anatomical layout of a child.

Needle Guidance Under Ultrasound

Build confidence in ultrasound-guided procedures by visualizing needle advancement in real-time for both central line placement and regional anesthesia blocks.

Landmark-Based Insertion Options

This model supports training in blind landmark-based techniques, enabling learners to correlate surface anatomy with internal vascular and nerve structures.

Realistic Arterial and Venous Flow Simulation

Simulated arterial pulsation and compressible veins help learners differentiate structures under ultrasound. Color-coded red and blue fluids provide immediate visual feedback on access accuracy.

Durable, Maintenance-Free Training

Self-healing tissue enables repeated practice without replacement parts, reducing cost per use while maintaining realism over time.

Technical Specifications

Anatomy:

  • Internal Jugular Vein (IJ)
  • Subclavian, Infraclavicular, Supraclavicular, and Axillary Veins
  • Superior Vena Cava
  • Right Atrium and Right Ventricle
  • Carotid, Subclavian, and Axillary Arteries
  • Supraclavicular, Interscalene, and Infraclavicular Nerves
  • Posterior interscalene nerve access
  • Trachea, suprasternal notch, clavicle, and manubrium for landmark-based approaches

Fluid Feedback System:

  • Blue fluid (veins), red fluid (arteries)
  • Manual arterial pulsation via hand bulb
  • QuickFill™ fluid refill ports included
  • Pre-filled fluid reservoirs:
    • Red: BRS180-RED-235ML
    • Blue: BRS181-BLUE-235ML

Dimensions:

  • Size: 55 cm × 57 cm × 23 cm
  • Weight: 28 lbs.

Included Accessories:

  • Prefilled blue and red fluid tubing

Warranty

Standard Coverage: 1-Year Manufacturer’s Warranty included

Pediatric Regional Anesthesia and Central Line Ultrasound Training Model

The Pediatric Regional Anesthesia and Central Line Ultrasound Training Model delivers the most comprehensive, anatomically accurate training platform for pediatric vascular access and nerve block procedures available today. Engineered with LifeCast™ modeling and based on real digital anatomy of a 6-year-old child, this simulator prepares clinicians for the challenges of ultrasound-guided interventions in pediatric patients—without the risks or limitations of live or cadaveric models.

From internal jugular and subclavian vein cannulation to supraclavicular, infraclavicular, and axillary nerve blocks, learners can develop procedural confidence by completing the full range of central line and regional anesthesia tasks—including ultrasound-guided insertion, guidewire threading, dilation, catheter placement, and anesthetic injection into the brachial plexus.

No software or synthetic imaging—this model uses Blue Phantom’s patented SimulexUS™ tissue, which mimics real pediatric tissue acoustics for natural imaging on any ultrasound system. Vessels and nerves respond just like they would in a real clinical environment: arterial pulsation can be simulated manually, and veins compress under mild pressure. Arteries and veins are color-coded and offer fluid return feedback, helping learners visually confirm successful access.

Designed for cost-effective, repeatable use, this model supports unlimited practice sessions, helping institutions lower cost per use while improving learner confidence and clinical readiness.