Humimic SimuGel™ #1

Standard tissue realism with moderate resistance.

Humimic SimuGel™ #1 delivers validated performance with moderate resistance—perfect for training programs that need authentic dense muscle feel without the highest firmness level. It replicates skeletal muscle and mildly fibrotic tissue, giving students and R&D teams the realistic push-through feedback they need for confident skill development.

SimuGel™ is engineered to maintain stable performance across repeated sessions. Every batch comes with certified testing results: Young’s Modulus of 0.34 MPa, needle resistance of 0.55 N, and firmness of 401 g. Because it’s synthetic rather than organic, you won’t deal with batch-to-batch variation, degradation over time, or refrigeration requirements.

Create custom training blocks by heating and molding to your specifications. Insert embedded components for complex models. When training wear becomes visible, reheat the material to restore its original properties. The gel remains shelf-stable, odor-free, and ready for immediate use.

Why educators and developers choose SimuGel #1:

• For Procedural Training– Students build suturing, cutting, and catheter placement skills on material that mimics dense muscle tissue, developing proper technique in controlled settings.
• For Ultrasound Imaging– Moderate resistance combined with crystal clarity makes this formulation excellent for teaching probe manipulation and vascular access visualization.
• For Device Testing– Medical device teams conduct catheter and surgical instrument validation with documented mechanical properties that support regulatory requirements.

Technical Note: Young’s Modulus quantifies the compression force required to deform a material. At 0.34 MPa, SimuGel #1 matches the mechanical behavior of dense skeletal muscle and tissues with mild fibrosis. This specification ensures training accuracy backed by objective measurement, not subjective approximation.

All certified values represent testing performed on 1 lb blocks maintained at approximately 70–72°F. Performance characteristics may shift depending on remolding methods, environmental conditions, and accumulated usage.