It is our mission to facilitate access to laboratory-grade molecular diagnostics, everywhere and for everyone
Chemofluidic Circuit Technology
Chemistry with a Mind of Its Own
Chemofluidic circuits is a technology platform that enables the precise control of chemical and biological processes within microscopic liquid volumes.
Just as electronic circuits guide the flow of electrons, chemofluidic circuits guide the flow of liquids. With the same high precision, but at the scale of microscopic droplets and the complexity of chemistry.
There’s no external controller telling these systems what to do. Instead, every component (such as pumps and valves) is built from smart materials that sense the conditions around them.
The result is a circuit that thinks locally.
Through materials that move on their own, reaction by reaction.
The Future of Diagnostics, Engineered at the Microscale
Chemofluidic circuits aren't just a very interesting tool, they're a new way of thinking about diagnostics. Autonomous, precise, and built for the real world, they convert the lab in an automated platform.
By giving fluids the ability to behave and act on their own, we’re moving diagnostics into the hands of anyone, anywhere, faster and safer.
It is a technology platform designed to scale
Self-sufficiently and with complete automation of microfluidic processes.
(from sample absorption and reaction control to analysis and detection)
01
A whole lab, packed into one chip
This circuits move, dose, lyse, wash, and amplify nucleic acids, executing an entire sample preparation workflow within a single system.
02
Several components, one autonomous system
By linking different components, Diamics builds autonomous fluidic logic circuits that handle biological samples like saliva with sub-microliter precision.
03
A novel way of diagnostics
We integrate advanced material science, microfluidics, and circuit design and innovate a platform for fully autonomous, independent analytical systems.
Detection through iLAMP
the molecular detection method inside the Diamics chips
Beyond Detection it is a Molecular-Level Precision tool
diamics utilizes isothermal nucleic acid detection strategies (in particular loop-mediated isothermal amplification [LAMP]) together with colorimetric read-out methods.
In this context, diamics developed and patented a modified LAMP technology (iLAMP) that enables the specific detection of single-nucleotide variations in nucleic acids, including single nucleotide polymorphisms (SNPs). The assay allows the detection results to be visualized directly by a color change.
No complex temperature control
No complex equipment
Faster (no heating/cooling)
High-precision and sensitivity
One Temperature.
One Color.
One Clear Answer.
Unlike PCR-based methods, iLAMP runs isothermally (at a single, constant temperature) eliminating the need for thermal cyclers or complex lab infrastructure.
Diamics is redefining what's possible at the intersection of chemistry, materials science, and automation.
Our Partners
Diamics GmbH
Rayskistraße 17
01219 Dresden
Germany