Medical imaging

Advanced imaging technology for enhanced and compact medical-grade imaging

Abstract blue medical imaging equipment with a curved translucent panel and blurred tubing in the background

The challenge

From the largest MRI scanners to the smallest endoscopy cameras, the healthcare sector is pushing for medical imaging systems that deliver more and better data. At the same time, many applications demand more compact systems – whether to improve portability or open up new ways of visualizing the human body.

Advanced chip technology allows you to address both these trends simultaneously. Through high levels of integration at the chip level, you can deliver more and enhanced functionality from smaller chips. This could be additional sensors for more imaging modalities, processing power to improve image quality or wireless communications for real-time data transfer.

Imaging modules and concepts

Imec offers an extensive selection of IP covering a wide range of imaging modules and concepts. This includes areas such as hyperspectral and time domain / line scan imaging, photonics enabled sensors and imagers, acoustic wave imaging and tomography and a wide range of sensors extending beyond imaging. Combined with expertise in custom design on silicon and the ability to tailor this general IP to the highly specific requirements of medical imaging, we help you deliver exactly the data that your application needs.

Other application domains

Stethoscope on a circuit board with a blurred lab background, suggesting medical diagnostics and chip-based sensing

Diagnostics

Pushing the boundaries of assay performance

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Genomics and sequencing 4.0

Exploiting the power of Silicon nanotechnology in genomics

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Microscopic cell culture beside a transparent lab chip, illustrating bioprocess monitoring.

Cell and gene therapy

Silicon paving the way for cell and gene therapies

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Process Analytical Technologies

Use chip technology to shift to fast and accurate online and inline testing

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Some examples of what we have done

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Towards scalable single-molecule biosensing using carbon nanotube FETs

22/07/2026
Featured in the media
Health & life science

Imec achieves real-time biomolecule detection using a wafer-scale bioFET approach, marking a promising step towards high-throughput sensing for genomics and proteomics.

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Glowing blue droplets on a dark background, with one large droplet centered among smaller ones

Programmable droplet processor

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Health & life science

Imec’s programmable droplet processor allows steering millions of droplets at pixel level, enabling fully automated enrichment, purification, and separation workflows through programmable droplet interactions.

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ITF Spain

03/11/2026
Barcelona, Spain

A new chapter for deep-tech innovation

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Imec builds nanopore platform for real-world assay innovations

25/02/2026
Health & life science

Imec has made significant progress on its solid-state nanopore system that will enable life science companies to test and develop assays for single-molecule sensing. It is a cost-effective (mass-manufacturable), high-throughput solution.

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