Build diagnostic confidence with realistic fracture types and tactile feedback
Includes both crepitus and greenstick fracture types for skill progression
Ideal for practicing transducer manipulation and diagnostic ultrasound techniques
Highly durable, reusable design for repeated use without image degradation
Compact, portable, and compatible with any ultrasound imaging system
Includes one Crepitus fracture block and one Greenstick fracture block—ideal for practicing fracture differentiation and sonographic recognition.
Visualize cortical disruption, displacement, and fracture lines in real time using any diagnostic ultrasound system.
Perfect for developing hand-eye coordination, pressure control, and accurate probe movement during musculoskeletal scanning.
Self-healing tissue maintains imaging quality through repeated use, minimizing replacement costs and supporting long-term training.
Feel the difference between fracture types—especially important when learning to detect crepitus through probe movement and manipulation.
Compact design with included plastic storage case makes it ideal for classrooms, labs, or on-the-go training setups.
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Standard Coverage: 1-Year Manufacturer’s Warranty included
The Blue Phantom Bone Fracture Ultrasound Training Block Set provides learners with a realistic, hands-on platform to develop and refine ultrasound imaging skills for musculoskeletal injuries. Designed to simulate both crepitus and greenstick fractures, this dual-block training set supports a range of educational objectives—from basic transducer handling to advanced fracture recognition and manipulation techniques.
Constructed using Blue Phantom’s ultra-durable Simulex™ tissue, each block mimics the tactile and sonographic properties of human tissue and bone, allowing users to repeatedly perform scans and procedures without loss of quality. These models are optimized for diagnostic ultrasound examinations, where learners must recognize and differentiate between normal bone anatomy and specific fracture patterns.
This training tool is suitable for a wide spectrum of clinical learners—including those in orthopedics, pediatrics, emergency medicine, radiology, and point-of-care ultrasound programs. With realistic tactile feedback and high-resolution imaging performance, it helps users build the psychomotor and interpretive skills required to confidently evaluate bone injuries in clinical practice.
Compact, lightweight, and compatible with any ultrasound system, this set is a portable and cost-effective solution for simulation centers, residency programs, and medical education environments.