Bridge the gap between theory and practice with diagnostic imaging that feels real.
Self-Healing Simulex™ Tissue
Universal System Compatibility
1,000+ Needle Stick Durability
For a complete list of specifications, download the full spec sheet.
Made with patented Simulex™ tissue that matches the feel of human tissue, Blue Phantom ultrasound trainers perform seamlessly with any ultrasound system for enhanced realism. Unlike training models that require specific equipment or proprietary systems, Blue Phantom works with your existing ultrasound technology.
With over 50 training models, Blue Phantom helps learners practice diagnosing and directing treatment across every ultrasound specialty. Using self-healing tissue technology, each model can endure at least 1,000 needle sticks while maintaining realistic acoustic properties that other training solutions simply can’t match.
Self-healing Simulex™ tissue withstands 1,000+ needle sticks without replacement
Works with any diagnostic ultrasound system – no proprietary equipment required
Patented materials deliver authentic acoustic characteristics and tissue feel
Practice ultrasound-guided abscess drainage with realistic fluid pockets and anatomical challenges
Ultrasound-guided amniocentesis training with realistic pelvic anatomy and fluid targeting
Train on B-mode and elastography ultrasound imaging with lifelike tissue elasticity and a variety of target lesions
Build diagnostic confidence with realistic fracture types and tactile feedback
Master vascular access with branching vessels and real-time feedback
Advance vascular access training with complex anatomy and real-time feedback
Train on breast ultrasound imaging and biopsy with lifelike tissue realism and a range of lesion types
Build core echocardiography and pericardiocentesis skills using this compact, anatomically accurate heart model
Build advanced cardiac imaging skills with both transthoracic and transesophageal ultrasound access
Train on transthoracic echo techniques and pericardiocentesis with lifelike anatomical accuracy
Train for trauma response with lifelike imaging and fluid variability
Master trauma and cardiac ultrasound skills with dynamic transthoracic and transesophageal imaging
Next-generation central venous access training with automated arterial pulsation and full ultrasound realism.
The most realistic ultrasound central line trainer, modeled from live human anatomy and powered by a manual hand pump for realistic arterial pulsation.
The most realistic femoral trainer combining regional anesthesia and vascular access in one cost-effective model
Complete upper extremity vascular access training with ultrasound and X-ray verification capabilities
Realistic pelvic pathology for transvaginal ultrasound training using your own imaging system
Compact, portable central line trainer focused specifically on internal jugular cannulation mastery
Master first-trimester pregnancy ultrasound with lifelike IUP and ectopic pathology in one hands-on model
Practice advanced cervical and lumbar spinal procedures with precise anatomical detail and ultrasound imaging performance
Advanced ultrasound-guided and blind-insertion technique training for comprehensive spinal procedures
Train on thoracic epidural and lumbar puncture procedures with true-to-life anatomy and ultrasound imaging realism
Specialized ultrasound-guided thoracentesis training for pleural effusion management
Train on ultrasound-guided and blind knee injections with superior anatomical realism and imaging accuracy
Master ultrasound-guided vascular access skills for pediatric care
Realistic pediatric vascular access and nerve block training with high-fidelity ultrasound imaging
Hands-on ultrasound training for PUBS and cordocentesis procedures with realistic fetal and placental anatomy
Build confidence in ultrasound-guided nerve blocks and vascular access
Elevate ultrasound-guided renal biopsy skills with high anatomical and procedural realism
Enhance clinical confidence in scrotal ultrasonography with hands-on, pathology-rich ultrasound simulation
Build confidence in assessing uterine pathology and fallopian tube patency with true-to-life endovaginal ultrasound simulation
Master ultrasound-guided fine needle biopsy techniques with high-fidelity thyroid anatomy