Quality, expert guidance, or a fair price? With Precisometer, you don't have to choose.
Explore Our Solutions
From precision microscopy and cameras to custom PCB electronics — explore the technologies behind our instruments.
Imaging
Optical systems to see more and measure with precision.
Detection
Scientific, industrial and infrared imaging.
Light & analysis
Light sources and spectral analysis for your experiment.
Precision & motion
Position, align and stabilize your optical setup.
Electronics
Control, data acquisition and custom electronics.
Engineering
Optics, mechanics and software working as one system.
Tier 1: Our Innovation
Proof of CapabilitiesAn automated viscosity and microrheology measurement device based on optical trapping technology. This is a complete example of our expertise in optical engineering, embedded software, and precision instrumentation.
Tier 2: Custom Solutions
From signal conditioning to motion control, we design and manufacture custom PCB boards that form the heart of precision instrumentation.
Beyond PCBs
We don't just build boards in isolation. Our expertise spans the full stack:
Custom optical layouts, lens selection, beam path optimization, and laser integration.
Real-time firmware, data acquisition routines, control algorithms, and hardware drivers.
Mechanical design, thermal management, signal integrity, and full-system testing.
Open Source
We're not only dedicated to our main product—we're committed to democratizing advanced measurement tools. That's why we're actively open-sourcing our work to benefit the global scientific community.
Our Arkin Project build guide shows how to add optical trapping to an OpenFlexure microscope, with printable parts, assembly photos, a 3 µm bead demonstration, and bead-tracking software.
Explore the build guideWhether you're a researcher, developer, or enthusiast with expertise in optics, software, or scientific instrumentation—we'd love to collaborate with you.
Precisometer
Projects, people and updates from our team.
Company news
Precisometer has joined Optence e.V., strengthening its connections with Germany’s optics and photonics community. The membership opens new opportunities to exchange ideas, share expertise and explore collaboration.
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Internships
Bozhena Sotnyk is the second intern to present her work, sharing how MicroRheo can reveal subtle viscosity differences in everyday drinks.
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Open hardware
The Arkin Project, supported by Precisometer and NLnet, is documenting the development of affordable positioning stages on GitLab. Printable files, editable CAD models, assembly photographs and measurement data cover two design paths: a modular NEMA 11 axis for XY motion and a series of experimental XY and Z designs using 28BYJ-48 stepper motors.
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