Realistic Torso
The musculoskeletal structure of the torso is engineered based on actual CT/MRI datasets
Ultrasound Simulator
Virtual ultrasound simulation system designed for mastering core scanning skills and the identification of various internal organ pathologies and diseases
Delivers unprecedented image quality and high-fidelity anatomical structures that precisely replicate real-world patient cases
The manikin skin is made of specialized, wear-resistant silicone designed to withstand continuous mechanical stress and the use of ultrasound transmission gel
Covers everything from routine screenings to complex diagnostics. Each clinical case is accompanied by a comprehensive medical history (anamnesis) to enhance the depth of training
The musculoskeletal structure of the torso is engineered based on actual CT/MRI datasets
Use of high-fidelity ultrasound probe replicas (simulators)
The highest level of detail for internal organ visualization
Provides realistic tactile feedback during scanning
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Trainees master the principles of ultrasound imaging within a high-fidelity anatomical environment. This allows for the safe practice of pelvic, abdominal, and thoracic examinations before transitioning to actual clinical practice
Each exercise includes a medical history (anamnesis), a theoretical block, and a customizable set of parameters. This enables the creation of a comprehensive curriculum, bridging the gap between foundational knowledge and clinical reasoning
The manikin features an anatomically accurate musculoskeletal structure derived from CT/MRI datasets. Combined with gel-resistant, heavy-duty silicone skin, it provides trainees with a precise and realistic feel of actual ultrasound practice
Instructors gain a complete overview of the learning process: real-time probe tracking, organ measurements, and clinical decision-making analysis. This ensures an objective and transparent assessment of the student's actions
Training with ultrasound probe replicas and 3D anatomical models allows trainees to develop the spatial reasoning and motor precision essential for operating actual clinical equipment
The simulator integrates effortlessly into existing educational processes. It is a versatile tool for practical sessions, modular courses, interval assessments, and continuing medical education (CME), providing a user-friendly experience for both students and instructors