ElastoSure  is a computational prediction tool that supports two regulatory strategies: (1) designing a more accurate ASTM F1980 test protocol using actual degradation kinetics instead of Q10 assumptions — so the extrapolation is defensible, not assumed; and (2) generating physics-based service life predictions that supplement physical test data in a 510(k) or PMA submission narrative. It cannot replace required physical testing, but it makes that testing more efficient and the predictions more credible.​​

A - K-Load's hydrolysis module models hydrolytic degradation as a function of pH, temperature, and water activity — parameters that capture the primary in vivo biochemical drivers for PLGA, PLA, and polyurethane degradation. Enzyme-specific rate constants can be incorporated as user-defined parameters for enzyme-labile systems (collagenase-sensitive hydrogels, protease-sensitive polymer networks). Contact us to discuss your specific system.​

K-Load supports polyacrylamide, PEG-based hydrogels, PEGDA, hyaluronic acid derivatives, chitosan, GelMA, alginate, and synthetic hydrophilic polymer networks. Degradable hydrogels (PLGA-PEG, PCL-PEG) are modeled with simultaneous mechanical property decline and degradation-driven mass loss — both variables required in drug/device combination submissions.