Advanced optical instrumentation

See more in every spectrum.

Opticco develops high-resolution spectrographs and computational optical systems engineered for demanding scientific and industrial work.

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Opticco optical instrument prototype
Opticco platform High-resolution. Thermally stable. Computationally enhanced.

Flagship platform

Computational HDR spectroscopy

An active multi-state aperture sweep captures complementary measurements, extending usable dynamic range while preserving fine spectral detail.

Computational high dynamic range spectrograph Active aperture architecture

Designed to address the traditional tradeoff between light collection, resolving power, and detector saturation.

  • 01
    Multi-state aperture sweep

    Precisely controlled slit states synchronize with image acquisition.

  • 02
    Computational reconstruction

    Complementary exposures are combined into a high-dynamic-range spectral result.

  • 03
    Low-CTE optical skeleton

    Pultruded carbon fiber and PPS-CF structures support long-term stability.

Precision engineering

Built from the optical path outward.

Our development process integrates optical design, embedded electronics, structural engineering, and computational calibration into a single instrument platform.

OptomechanicsThermally stable structural systems
ElectronicsCustom multilayer control hardware
AlgorithmsCalibration and spectral reconstruction
ValidationPrototype testing and characterization
Opticco multilayer PCB and structural components

Work with Opticco

Let’s build the next generation of optical instruments.

For technical collaborations, prototyping partnerships, customer inquiries, or investment discussions.

aleksa.pjanic@opticco.tech