Building integrated microscopy systems together
INSCOPER works closely with microscopy hardware manufacturers and technology partners to integrate complementary devices and software into complete imaging workflows.
These partnerships enable manufacturers and researchers to rely on Inscoper when a microscope configuration requires multi-device integration, precise hardware synchronization, advanced image acquisition or complementary image processing capabilities, while preserving the flexibility to combine technologies from different providers.
CoolLED
CoolLED designs and manufactures high-performance LED illumination systems for fluorescence and transmitted-light microscopy.
Its multi-channel light sources provide precise, fast control for applications ranging from routine fluorescence to live-cell and calcium imaging. CoolLED also develops customizable illumination solutions for instrument manufacturers through its dedicated OEM platform and partner network.
Confocal.nl
Develops advanced imaging solutions for life science microscopy, with a strong focus on live-cell imaging. Its portfolio includes camera-based confocal and REscan microscopy technologies designed for high sensitivity, optical sectioning and improved spatial resolution. Confocal.nl solutions support applications ranging from routine fluorescence imaging to deep live-cell and super-resolution microscopy.
CrestOptics
develops advanced optical imaging technologies for life science microscopy. Its portfolio includes X-Light spinning-disk confocal systems, CICERO and DeepSIM super-resolution technology, supporting fast, high-contrast fluorescence imaging across a range of biological applications.
CrestOptics also develops customized optical modules and integration solutions for microscopy manufacturers and OEM partners.
Hamamatsu Photonics
Hamamatsu Photonics develops photonic technologies for scientific, medical and industrial applications. Its extensive portfolio includes optical sensors, light sources, imaging devices and high-performance scientific cameras.
For life science imaging, Hamamatsu’s qCMOS and sCMOS camera technologies, including the ORCA® range, support demanding fluorescence microscopy and quantitative imaging applications.
JETRAW by Dotphoton
Jetraw is a high-performance file format agnostic compression software tailored for microscopy, high-throughput screening and histopathology. It achieves 8:1 compression at a high speed of 200MB/s/core, preserving raw quality and easily integrated into existing workflow.
Jetraw is compatible with most image acquisition systems, visualisation and processing software. Jetraw preserves the original file format, facilitating data interoperability. It is developed by award-winning company Dotphoton.
Lumencor
Lumencor develops high-performance illumination solutions for life science and advanced imaging applications. Its solid-state Light Engines combine LEDs, lasers and proprietary light-pipe technology to deliver stable, controllable illumination across multiple wavelengths.
Lumencor solutions support fluorescence, confocal and super-resolution microscopy, with standard and customized options for researchers and instrument manufacturers.
OXXIUS
Oxxius designs and manufactures high-performance laser sources for life science, research and industrial applications.
Its portfolio includes CW and modulated lasers, single-frequency and high-power laser sources, and MixxWave wavelength combiners. Covering wavelengths from UV to near-infrared, Oxxius solutions support fluorescence microscopy, confocal imaging and other advanced optical instrumentation.
Andor, an Oxford Instruments
Develops high-performance scientific cameras and imaging solutions for life and physical sciences. Its portfolio includes sCMOS, EMCCD, CCD and InGaAs cameras, alongside microscopy systems and components.
Andor cameras combine high sensitivity, speed and low-noise performance for applications ranging from fluorescence microscopy to demanding low-light imaging.
PIEZO CONCEPT
Develops high-precision nanopositioning and micropositioning systems for advanced microscopy and scientific applications.
Its portfolio includes multi-axis piezo stages, motorized stages, objective positioners, controllers, and customized OEM solutions designed for applications such as super-resolution microscopy, optical trapping, and atomic force microscopy.
PCO, an Excelitas Technologies brand
Develops high-performance camera systems for scientific and industrial imaging.
A pioneer in sCMOS technology, PCO offers cooled and uncooled scientific cameras combining high sensitivity, low noise, fast acquisition and high dynamic range for demanding applications, including fluorescence microscopy and life-science imaging.
Prior
develops precision positioning and microscope automation solutions for life science and industrial imaging. Its portfolio includes high-precision motorized stages, focus and autofocus systems, filter wheels and turrets, robotic sample handling, and Queensgate nanopositioning technology.
Prior solutions support automation and integration across microscopes from major manufacturers.
Teledyne Photometrics
Teledyne Photometrics designs and manufactures high performance scientific CMOS, CCD and EMCCD cameras for demanding, quantitative bio-research.
The original architect of both the first scientific-grade EMCCD and the first back-illuminated sCMOS camera, Teledyne Photometrics continues to lead the industry with the new Kinetix sCMOS which redefines scientific CMOS performance capability with an unmatched combination of speed, sensitivity, and field of view.
ZABER
Zaber Technologies’ MVR modular automated microscope platform delivers industry standard image quality in a compact instrument that will save you time, incubator and bench space. High speed and high repeatability linear motor ZY and Z stages yield exceptional throughput.