At our laboratory, we specialize in offering custom synthesis solutions for clients from diverse industries such as pharmaceuticals and biotechnology. With extensive expertise in organic synthesis, we collaborate closely with our clients to design and synthesize compounds that meet their unique specifications.

Our custom synthesis capabilities span across multiple applications, including drug discovery, process development, and on-demand deliveries for local companies looking to save time by avoiding shipping delays from larger chemical suppliers. We take pride in delivering exceptional quality compounds in a timely and cost-effective manner.

Synthetic organic chemistry underpins several areas of chemistry, including drug discovery, chemical biology, materials science and engineering. However, the execution of complex chemical syntheses in itself requires expert knowledge, usually acquired over many years of study and hands-on laboratory practice. The development of technologies with potential to streamline and automate chemical synthesis is a half-century-old endeavour yet to be fulfilled.

Our vision is to make AI accessible to chemists so that they can use it as a tool rather than fear it as a competitor. By demystifying AI and its capabilities, we aim to help chemists embrace this technology and use it to enhance their work and contribute to the field. Through education and outreach, we hope to promote the use of AI in chemistry and support chemists in leveraging its power and potential.

Arguably, learning is the most important part of an organisation, and we need tools that are fit for their demands. Combining AI and trying to connect it to the Open-Source Lab movement felt natural to us from the beginning.

An Open-Source Lab is a laboratory or research facility that operates with the principles of open-source ideology. In an open-source lab, research processes, methodologies, and results are shared publicly and made accessible to everyone. This enables scientists and researchers from different disciplines and backgrounds to collaborate on projects and contribute to the advancement of science and technology.

Open-source labs promote transparency, collaboration, and inclusivity in research, allowing for more efficient and cost-effective research. They also foster innovation by encouraging the development of new tools and technologies that can be used and shared freely. Overall, open-source labs represent a new paradigm in scientific research that emphasizes community-driven collaboration and democratization of knowledge.