The SimuGel™ Platform delivers tunable, highly realistic synthetic tissues for medical simulation, device testing, and procedural training.
SimuGel™ is a calibrated synthetic tissue material engineered to replicate the mechanical and acoustic behavior of human tissue for simulation, testing, and procedural training.
Developed for consistency and repeatability, SimuGel provides controlled material performance across medical simulation, ultrasound training, device evaluation, and research applications.
Calibrated synthetic tissue formulations engineered for repeatable mechanical and acoustic performance
Characterized through internal testing and batch-controlled material validation.
Used across procedural training, ultrasound simulation, device evaluation, and research environment.
SIMUGEL™ PLATFORM
Each formulation delivers predictable performance, so users can select based on tissue response rather than material variability.
Controlled batch-to-batch material performance.
Engineered for predictable and repeatable behavior.
Measured mechanical and acoustic properties.
Batch-specific Certificates of Analysis.
SimuGel is a calibrated synthetic tissue platform of six formulations spanning a controlled compliance range. Each works with standard clinical ultrasound and images like soft tissue on screen, with validated acoustic data. Choose a formulation to see its tissue applications and full mechanical and acoustic specs.
SimuGel is designed for external training and simulation environments only. It is not intended for implantation or internal clinical use.
Realistic tissue response for procedural training and skills development.
Evaluate device performance in a controlled, repeatable tissue environment,
Calibrated acoustic properties for imaging system development and training.
Supports a wide range of invasive and interventaional training scenarios.
Consistent material platform for reproducible experimentation and biomedical research.
Realistic tissue response for procedural training and skills development.
Evaluate device performance in a controlled, repeatable tissue environment,
Calibrated acoustic properties for imaging system development and training.
Supports a wide range of invasive and interventaional training scenarios.
Consistent material platform for reproducible experimentation and biomedical research.
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Access technical documentation, performance data, and reference materials to support your evaluation.
