$1,302.86
Build confidence in ultrasound-guided nerve blocks and vascular access
Practice regional anesthesia procedures with realistic vessel and nerve anatomy
Ideal for developing transducer manipulation and needle visualization skills
Supports both nerve targeting and vascular access techniques
Reusable, self-healing tissue for thousands of training sessions
Train for both peripheral nerve blocks and vascular access procedures using one model.
Includes three 3–5 mm nerves and a bifurcating vessel ranging from 1–6 mm in diameter.
Inject simulated anesthetic fluid to confirm needle tip location—fluids are automatically expelled.
Perfect for developing hand-eye coordination, probe positioning, and procedural technique.
Self-healing tissue withstands thousands of uses without degrading sonographic quality.
Lightweight and compact with a plastic storage case. Includes refill ports for simulated blood.
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Standard Coverage: 1-Year Manufacturer’s Warranty included
The Blue Phantom Regional Anesthesia Ultrasound Training Block is designed to help clinicians master ultrasound-guided peripheral nerve block and vascular access procedures. Whether you’re new to regional anesthesia or refining advanced techniques, this model offers the realism and anatomical accuracy necessary to build hands-on confidence.
Constructed with patented ultra-durable Simulex™ tissue, this training block provides lifelike tactile and ultrasound imaging characteristics. Inside, users will find three nerve structures (3–5 mm) and a vessel that bifurcates into three individual branches (1–6 mm)—offering progressive skill-building opportunities from basic to complex scanning and needle guidance scenarios.
Clinicians can inject simulated anesthetics to verify needle placement and perform full procedural rehearsals. Once vessels are accurately accessed, positive fluid flow confirms successful cannulation. The block’s durable construction allows repeated use without performance loss, making it a cost-effective tool for programs requiring high-volume training.
Compatible with any ultrasound system, this model is ideal for use in anesthesiology, emergency medicine, radiology, ultrasound education, simulation centers, and more.