XtalPi's integrated, end-to-end technology platform ID4 efficiently delivers validated small molecule preclinical candidates

XupremAb™, XtalPi's antibody discovery platform that combines the best of wet-lab techniques and cutting-edge AI technology

Experienced synthetic chemists amplified by state-of-the-art automation accelerate delivery of highest-quality chemical matter

Automation-Enabled Flexibility for All Stages of Medicinal Chemistry

High-throughput chemical synthesis powered by automation

The intelligent automated solid-state chemistry screening platform developed by XtalPi combines experimental techniques, crystallographic expertise, and intelligent automation.

Our experimental services cover integrated solid-state research services from pre-clinical to NDA filing, including form screening, crystallization process development, amorphous solid dispersions development, analytical method development, and thorough solid-state characterization, etc.

XtalPi builds up a cross disciplinary platform combining computational chemistry and artificial intelligence technology, prominent for our abundant computation resources and excellent computational experts, to empower the pharmaceutical solid-state R&D process.

XtalPi has developed the highly automated MicroED crystal structure analysis platform, which is capable of achieving high-precision crystal structure determination within 1 day at the earliest.

The XtalDynamics™ automation system efficiently integrates human and machine to enable highly automated experimental processes. It controls autonomous guided vehicles (AGVs) through an intelligent scheduling systems for efficient material transportation to small clusters or hundreds of workstations.

The SynArt™ workstation streamlines chemical synthesis and reaction optimization processes by seamlessly connecting solid and liquid dispensing, cooling and heating, stirring, dilution, filtration, and HPLC analysis. Customizable to support various reaction volumes, temperatures, mixing methods, and inert atmosphere conditions to significantly improve efficiency and reduce manpower.

Automatic solid and liquid dispensing, filtration, stirring, heating, cooling, and detection with reaction monitoring to improve experimental efficiency, and achieve high-quality and efficient polymorph, salt, and cocrystal screening.

This desktop device accurately dispenses solidmaterials and can handle different containers to automate weighing and dispensing tasks, all without human monitoring.