Overview
Autonomous formulation of materials comprising combinatorial mixing; formation of liquids, semi-solids, solids; characterization of structure and function, and application testing across personal care, chemical, healthcare, and other industries
Our vision
Formulation is the process of combining ingredients, often familiar on their own, to create something with entirely new properties, similar to how a chef transforms basic staples into dishes with specific textures, tastes, and behaviours. But while the idea sounds simple, the reality is complex: even a small set of ingredients can be mixed in countless ways, with each ratio, processing step, and condition producing a different outcome. This combinatorial design space, regardless of the sector or application, means that finding the “right” formulation is rarely straightforward and often requires exploring an enormous number of possibilities. A well-designed formulation can make the difference between a life-saving drug and one that breaks down before it works, or between a crop treatment that protects plants and one that washes off in the first rain.
The Formulations Self-Driving Lab (SDL5) combines advanced artificial intelligence, active learning, and flexible automation to cut through formulation complexity in ways traditional high-throughput labs cannot. By steering experiments toward the most promising solutions, we achieve dramatically faster, lower-cost, and lower-waste discovery cycles. Our combination of custom-built tools and commercial equipment enables dynamic experimentation to address pressing needs in healthcare, agriculture, personal care, and many other industrial applications.
Application areas
Below is a selection of this lab's application areas. Don't see what you're looking for? Reach out to learn more.




Select project highlights
Using AI and automation to improve the solubility and performance of agrochemicals to improve crop yields and reduce run-off
First-in-class self-driving lab for stable mitochondrial formulations for use in regenerative medicine
A self-driving lab for personal care formulations such as lotions, creams and body washes
A low-cost automated system to design and test thermal fluids for cooling and heat management of high-performance electronics
A low-cost automated system to design and test thermal fluids for cooling and heat management of high-performance electronics
A low-cost automated system to design and test thermal fluids for cooling and heat management of high-performance electronics
Meet our team

Nasim Abdollahi

Zeqing Bao

Aaron Clasky

Frantz Le Dévédec
Meet our scientific advisors

Frank Gu

Christine Allen
Select equipment
Automated dissolution and release system with readouts (Biotek plate reader, Biotek Synergy Neo2, Agilent 1260 Infinity II HPLC) for studies on drug release, leaching, and stability
Automated synthesis platform (Opentrons OT2/OTFlex) for self-assembled nanomaterials, characterized using a dynamic light scattering plate reader (Wyatt DynaPro III) or HPLC (Agilent 1260 Infinity II)
Automated synthesis platforms for viscous emulsions, topicals, thermal fluids
Custom-built automated viscometer (Ametek Brookfield DV2Plus Viscometer) on CNC machine for monitoring of gelation dynamics, hydrogels crosslinking, pastes
Custom-built automated viscometer on CNC machine for monitoring of gelation dynamics, hydrogels crosslinking, pastes
