The Ultrasound Mass Phantom with 5 Different Masses is designed for ultrasound scanning, mass identification, and ultrasound-guided biopsy practice. Made from ultrasound-transmissive TPE, it features five simulated masses with varied shapes and echo characteristics, including hypoechoic, hyperechoic, and calcified targets with acoustic shadowing. It helps learners develop probe handling, ultrasound image interpretation, and in-plane and off-plane needle guidance skills.
- Five Distinct Mass Targets:
Contains five simulated masses with different shapes, boundaries, and ultrasound echo patterns, including hypoechoic, hyperechoic, and calcified appearances with acoustic shadowing. Supports comparative scanning and lesion recognition practice.
- Ultrasound Scanning and Image Recognition:
Helps learners practice probe positioning, movement, rotation, and pressure while identifying mass location, shape, boundaries, and internal echo characteristics from real-time ultrasound images.
- In-Plane and Off-Plane Needle Guidance:
Supports ultrasound-guided needle insertion practice, including puncture angle selection, needle-tip tracking, depth control, and accurate targeting of simulated masses.
- Ultrasound-Transmissive TPE Material:
The soft TPE body provides a tissue-like feel and good ultrasound transmission, producing clear images with visible contrast between the simulated masses and surrounding material.
- Self-Sealing for Repeated Puncture Practice:
The TPE material helps minimize visible needle tracks after puncture and supports repeated needle insertion for ongoing training.
- Compact, Easy-to-Use Training Model:
A self-contained phantom measuring approximately 13 × 10 × 5 cm, with no external blood-flow system or tubing required.
Product Specifications:
- Material: TPE
- Dimensions: Approx. 13 × 10 × 5 cm
- Weight: Approx. 600g
Recommended For:
- Medical and nursing schools
- Ultrasound training programs
- Hospital simulation centers
- Clinical skills laboratories
- Healthcare professionals and trainees learning ultrasound-guided biopsy techniques