The worlds most advanced platform for end-to-end automation of compound synthesis

Novel problems need novel molecules

Unlocking New Chemical Spaces

Chemists are under pressure to succeed quickly, resulting in the same familiar reactions being used again and again. Automation of chemistry has the data and the efficiency to run less common reaction types and succeed.

Compounds in days not months

24/7 Custom Synthesis

At Inspired Chemistry, our automated platform operates 24/7, ensuring rapid compound delivery in days, not months. Starting with either AI-generated or chemist-designed synthetic routes, our orchestration software oversees each synthesis step, from reaction planning to compound purification. Through the use of advanced robotics, precise temperature and incubation controls, and continuous feedback loops for optimization, we deliver high-quality compounds efficiently. Our seamless integration of synthesis and purification allows us to rapidly scale production and meet tight timelines without compromising quality.

Get what you want, stop settling

Synthesizing Complex Compounds

At Inspired Chemistry, we harness automated reaction development to tackle the synthesis of complex, multi-step products with unmatched precision. By leveraging AI and machine learning models, we generate vast, standardized datasets that include a wide range of reaction conditions, including critical negative data. Our automated platform optimizes multiple variables—from solvents and stoichiometric ratios to incubation times and chemical order—allowing us to refine conditions for even the most sensitive reactions. This enables us to produce more than 10,000 data points per reaction type, creating a predictive model that accelerates synthesis, increases yields, and reduces costs. Every reaction performed contributes to a robust, proprietary dataset that enhances our AI models, enabling faster, more efficient product delivery without compromise.

SPECS Industry-leading
2.0 Systems
Inspired Chemistry
Gen 3.0 System
Number of Reaction Types ~10 100+3
Instrumentation Software Synthesis only All Instrumentation
Data Integration Inputs only Input & output data
Reactions adjusted dynamically1
Complex compounds
Fully automated purification2
Automated multi-step synthesis
Automated reaction development
Multiple reaction types on a single plate