The Ultrasound-Guided Vascular Puncture Simulation Training Model is a multi-functional training platform designed for clinicians and medical students.
It supports a full range of ultrasound-guided vascular procedure training, including radial artery puncture, PICC line insertion, venous access, hemodialysis vascular puncture, and vaccine injection practice. Widely used in medical schools, clinical skills centers, and healthcare institutions for standardized teaching and assessment.
1. Applications
Ultrasound-guided radial artery puncture and exploration training.
Ultrasound-guided PICC vascular puncture and catheterization practice.
Ultrasound-guided peripheral venipuncture, blood collection, and injection training.
Hemodialysis vascular puncture simulation training.
Vaccine injection, intravenous injection, and basic nursing procedure practice.
Doppler ultrasound blood flow probing and scanning skill training.
Medical education, ultrasound medicine training, and clinical skill assessment.
2. Core Features & Advantages
Highly Realistic Ultrasound Imaging
Made of polymer materials equivalent to human tissue, with acoustic impedance matching human tissue density. It delivers ultrasound images of subcutaneous vessels and muscle tissues that closely mimic real human anatomy, with clear grayscale contrast between different tissue layers, providing authentic feedback for ultrasound scanning and localization.
Full-Scenario Vascular Procedure Simulation
Built-in vessels simulate realistic blood pressure and blood return feedback, perfectly replicating scenarios like blood return training for PICC insertion, arterial/venous blood collection, and hemodialysis puncture. It also supports Doppler ultrasound blood flow detection training to help trainees master blood flow signal identification.
Reusable Design for Cost-Effective Training
The durable model withstands repeated puncture practices. It works with standard ultrasound gel and probes, and is compatible with biopsy needles and puncture needles. Reduces long-term training costs, making it ideal for sustained educational use.
Excellent Sound Transmission for Clear Imaging
Superior acoustic transmission ensures clear ultrasound images across different tissue layers, with uniform high and low echogenic contrast. Enables trainees to accurately assess vessel depth and position, improving the precision of ultrasound scanning and puncture localization.
3. Ideal Use Cases
Radial artery puncture and blood gas analysis training
Full-course PICC central venous catheterization practice
Peripheral venipuncture, blood collection, and infusion training
Hemodialysis arteriovenous fistula puncture simulation
Ultrasound-guided vascular puncture skill assessment and training
Basic procedural training for nurses, resident physicians, and medical students