Rasyn

Companies that need new industrial compounds or formulations, or need to improve existing ones, must specify target properties like thermal, flow, surface, and electrical behavior, along with operating conditions such as temperature, load, and chemical exposure, and material constraints like ingredients or substrates. Developing chemistry that meets these requirements involves synthesis planning, selecting reaction components, and structural analysis, which the page positions as work Rasyn can take on for clients. The page does not detail what companies do today without Rasyn or quantify the cost of the status quo.

Rasyn develops industrial compounds and formulations against client-defined properties, operating conditions, and material constraints, covering new compound design, new formulation development, and improvement of existing chemistry. The company produces samples and tests them against agreed specifications as part of a defined project scope. It describes three internal models: a single-step retrosynthesis tool that suggests possible reactants for a target molecule, a reaction components tool that suggests catalysts, solvents, and reagents for a proposed reaction, and an NMR chemical shift predictor that outputs predicted carbon-13 and carbon-attached proton shifts to compare against measured spectra when assessing a proposed structure. The page explicitly notes the examples shown for these models are illustrative chemical examples, not live model predictions. Development follows a five-stage process: define, explore, select, validate, and deliver, and engagements conclude with a compound or formulation delivered with experimental results and licensing terms.