BPA304HP
Blue Phantom Gen II PICC, PIV, Arterial Line Vascular Access Ultrasound Training Model
Elevate Blue Phantom Gen II PICC, PIV & Arterial Line Ultrasound Training Model, realistically simulates vascular anatomy, supporting ultrasound‑guided access procedures, including PICC, peripheral IV and arterial lines for precise, hands‑on clinical training.
Pack size:
- Gen II PICC, PIV and Arterial Line Vascular Access Ultrasound Training Model (BPA304-HP)
- Hand bulb (arterial pulsation)
- 1 x 235ml bottle red ultrasound refill solution
- 1 x 235ml bottle blue ultrasound refill solution
- What procedures can learners train on with this model?
The model supports three distinct vascular access procedures: ultrasound-guided PICC line placement, peripheral IV access, and arterial line insertion. Learners can practice needle insertion, guidewire advancement, and catheter placement across all three procedure types on the one model. - What vascular anatomy does the model include?
The model contains a nine-vessel system covering the full arm and chest. Venous anatomy includes the cephalic, basilic, brachial, medial cubital, and ulnar veins. Arterial anatomy includes the brachial, radial, and ulnar arteries. The superior vena cava and subclavian vein allow full PICC positioning verification. - How can catheter placement be verified after insertion?
Correct catheter placement can be confirmed using either ultrasound or X-ray imaging. The superior vena cava and subclavian vein are included specifically to support PICC tip positioning verification — a key step in clinical practice that is rarely replicated in training models at this level. - How does arterial pulsation work on this model?
The included hand bulb creates palpable and visible arterial pulsation under ultrasound, allowing learners to differentiate between arteries and veins. Veins are compressible under mild probe pressure while arteries remain uncompressed, closely replicating real patient vascular behaviour. - How durable is the model under high-volume training use?
SimulexUS self-healing tissue withstands over 1,000 needle punctures while maintaining consistent imaging quality and needle feel. Positive fluid flow in the vessels provides immediate feedback on vessel access throughout the model’s working life.
