$42.98
The softest choice for delicate tissue training. Humimic SimuGel™ #5 replicates subcutaneous fat and neonatal tissue— perfect for ultrasound-guided venipuncture, dermal procedures, and imaging phantoms that demand ultra-soft compliance.
Ultra-soft simulation when procedures require the gentlest touch.
Humimic SimuGel™ #5 gives you the softest tissue feel available. This is ideal when you’re training on neonatal patients, practicing subcutaneous fat access, or teaching ultrasound-guided venipuncture. Your students develop the delicate touch needed for the body’s most compliant tissues.
Every batch is certified at 0.09 MPa— the scientific proof that what you’re training on matches real subcutaneous fat and neonatal tissue. You get a consistent ultra-soft response every time, without the unpredictability of biological materials.
Heat, pour into your molds, and create the exact training scenarios you need. When wear appears, simply remelt and start fresh.
Why educators and developers choose SimuGel #5:
Technical Note: Young’s Modulus measures compression resistance. SimuGel #5’s 0.09 MPa value represents the softest tissues in the body—subcutaneous fat, neonatal tissue, and highly compliant organs.
Certified at ~70–72°F. Values may vary with remolding and usage.
Safety Note: Use caution when handling heated material. Allow adequate cooling time before contact. Follow standard lab safety procedures.
Settled gel dimensions are approximate and may vary with mold configuration.
It’s the softest gel at 0.09 MPa— designed for subcutaneous fat, neonatal tissue, and the most delicate organ environments.
Ultra-soft tissue simulation— ideal for ultrasound-guided venipuncture, neonatal training, dermal/subcutaneous procedures, and imaging phantoms.
Yes. Works well with linear ultrasound probes for imaging very soft tissue structures and guided procedures.
Yes, though its ultra-soft nature means it may show wear faster than firmer gels. Simply remelt to restore the material when needed.
Yes. Accepts Humimic tissue dyes including tan dye for creating realistic subcutaneous tissue models.