Diagnostic devices

MICROMANUFACTURING FOR DIAGNOSTIC DEVICES

Powering the future

of diagnostic

We deliver ultra-precise micro components that empower innovation in the diagnostic field, and accelerate time to market of innovative diagnostic products improving their futures, and their performance.

Microfluidic chips

Valves

qPCR

Sample handling

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Current micromanufacturing reality

Medical device manufacturers face increasing pressure to deliver smaller, more complex, and more reliable products - faster and more efficiently.

Limits of traditional manufacturing

Conventional methods struggle with complex 3D microstructures and sub-micron features.

Time to market constraints

Long tooling lead times and iteration cycles siow down innovation.

Tight tolerances,

high complexity

Micron-level accuracy and intricate geometries are difficult to achieve and repeat.

Material limitations

Many advanced materials are hard to process with traditionall micro manufacturing.

The NanoVoxel solution

Our proprietary VERA™ Process combines 2PP 3D micro printing, advanced replication, and precision finishing to deliver true 3D microparts with unmatched performance.

True 3D design freedom

Complex microstructures with no design limitations.

Single-Micron Precision

Sub-micron resolution

and tight

tolerances.

Faster iteration cycles

Rapid prototyping and production-ready parts.

Material versatility

Wide range of materials including PEEK, ceramics, metals, and more...

We produce for industry (change)

By integrating the unparalleled resolution of Two-Photon Polymerization (2PP) with precision replication processes, we overcome the limitations of conventional microfabrication, enabling the production of highly complex diagnostic microparts with submicron features, tight tolerances, and consistent performance from prototype to volume production.

Diagnostic & POC

Point-of-care testing. multiplex detection, molecular diacnostics and rapid results.

Cell analysis

Cell separation, CTC isolation, cell sorting and label-free cell manipulation.

Molecular biology

PCR, sequencing biomarker detection. exosome and microbiome analysis

Liquid handling

Micro-pumps, valves and fuidic components for compact and efficient systems

Application examples

Real medical applications beyond traditional manufacturing constraints.
Our technologies and processes make any complex micro-scale medical design manufacturable.

MICROFLUIDICS FOR BRAIN APPLICATIONS

Challenge: Reproducing the complex endothelial–neural interface requires precise, truly 3D microstructures beyond the capabilities of conventional manufacturing.

Solution: A custom microarchitecture combining trapezoidal pillars with 4 µm channels, precision-angled features, rounded microchannels, and a 3D micro-pyramid scaffold.

Result: A functional BBB-on-chip platform enabling direct endothelial–neural contact and supporting more realistic in vitro models.

Overcome your challenges.

Talk with us.

We deliver ultra-precise micro components that empower innovation in the diagnostic field, and accelerate time to market of innovative diagnostic products improving their futures, and their performance.

Medical device manufacturers face increasing pressure to deliver smaller, more complex, and more reliable products - faster and more efficiently.

Our proprietary VERA™ Process combines 2PP 3D micro printing, advanced replication, and precision finishing to deliver true 3D microparts with unmatched performance.

Real medical applications beyond traditional manufacturing constraints. Our technologies and processes make any complex micro-scale medical design manufacturable.

Real medical applications beyond traditional manufacturing constraints.
Our technologies and processes make any complex micro-scale medical design manufacturable.