Chemspeed has created vast range of solutions for a huge range of workflows / applications and industries based on our off-the-shelf design modularity and flexibility. These solutions serve as great examples of what is achievable using our technologies - the possibilities for your workflows are almost limitless.
Gravimetric pick & decision dispense of solids (matrix-to-matrix) - paradigm shift in solid / powder distribution / reformatting.
Step-change in end-to-end DSC sample preparation - gravimetric pick & decision dispense of solids / matrix-to-matrix reformatting.
Step-change in end-to-end NMR and LCMS sample preparation - gravimetric pick & decision dispense of solids / matrix-to-matrix reformatting (incl. applications in GMP environments).
Paradigm shift in catalyst screening - gravimetric pick & dispense of ligands, catalyst precursors, catalysts.
Are you looking for a completely configurable system to fit your exact workflows, an off-the-shelf product for a standard process, a GxP solution, or holistic lab software? Explore Chemspeed’s technologies to find the right fit for your needs.
Chemspeed is the leading provider of high throughput and high output research & development and quality control workflow solutions - from single bench-top/standalone automated workstations to fully automated, integrated, partial / entire product development workflows across a wide range of industries.
We’re scientists at heart - we know what scientists need and we design our systems with this deep understanding at the core of each project.
Owing to the chemical pluripotency and viscoelastic nature of electronic polymers, polymer electronics have shown unique advances in many emerging applications such as skin-like electronics, large-area printed energy devices, and neuromorphic computing devices, but their development period is years-long.
Possessing the world’s largest high-throughput screening facility, ALTANA has not only brought automation into the research laboratory, but also taken a first step toward using artificial intelligence in the chemistry lab.
Changing the perception of defects as irregularities or imperfections in crystalline frameworks into correlated domains amenable to chemical control and targeted design might offer unprecedented opportunities for the design of porous materials with superior performance or distinctive behavior in catalysis, separation, storage, or guest recognition.