SC BIOTECH DESIGN
- Semiconductor Chip Design for Biotechnology
- Design and manufacturing of electronic devices and embedded systems

We design lab-on-a-chip solutions and in-line sensors to streamline analytical testing and solve cell and gene therapy manufacturing and biomanufacturing challenges. We are developing sensors for space and energy applications.

Our expertise extends to the creation of customized microchip configurations that are optimized for specific applications and environments. These specialized microchips are engineered to operate efficiently and reliably, whether embedded in microfluidics, electronics, sensors, or integrated with other advanced devices.

We specialize in designing microfluidic chips and instruments enhanced with additional functionality.

Every project begins with an idea.
We help transform your vision into a real, measurable development goal.
We provide full client support already at the concept stage.
We define the technological and economic feasibility of the project.
We indicate alternative solutions.

We turn concepts into schematics, documentation, and a ready-to-implement project.
Our engineers design modern electronic components.
They develop optimal, efficient software.
They design enclosures and all necessary mechanical elements.
They build and test a complete prototype of the final device.

We have the technical and manufacturing facilities necessary for serial production of the designed devices.
We assemble, program, and test electronic components.
We perform all required calibrations and configurations.

We deliver finished, tested solutions ready for integration or final deployment.
We offer fast support and project execution.
We ensure the highest level of quality and reliability of manufactured devices.
You receive a complete product created from your idea.

Our expertise lies in creating intricate microfluidic systems that enable precise manipulation of small-scale liquid volumes. We design and fabricate specialized chips that ensure excellent chemical and biological compatibility, supporting applications in biomedical research, chemical analysis, and point-of-care diagnostics. Alongside our microfluidic work, we design advanced electronics and embedded systems that integrate sensors, control algorithms, and communication interfaces, ensuring our devices operate with high reliability and precision. Our commitment to innovation drives us to continually refine our designs, keeping our solutions at the forefront of modern research and development.
