Exosens develops advanced detection and imaging solutions designed for the realities of scientific research. We understand the challenges researchers face every day — capturing faint signals, pushing the limits of measurement, and generating reliable data in complex environments.
Our technologies support a wide range of scientific fields, from space exploration and life sciences to materials science and environmental monitoring. By delivering high precision, sensitivity, and robustness, we help scientists observe the invisible, measure the subtle, and turn complex phenomena into actionable insight. Learn more about Scientific ↓
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Advanced detection and imaging technologies
Exosens develops high-performance detection and imaging solutions based on photonics, infrared sensing, and spectroscopy.
Its technologies inclue:
• detection and amplification of photons, electrons, ions, neutrons, and X-rays
• infrared and hyperspectral imaging systems
• spectroscopy solutions, including FTIR remote sensing
These technologies are designed to operate in environments where signals are extremely low, enabling accurate measurement of light and radiation.
Supporting scientific instruments and research applications
Exosens technologies are integrated into a wide range of scientific instruments and research platforms, including:
• Scientific instrumentation: Integration into mass spectrometers, residual gas analyzers, and surface analysis instruments
• Fundamental and physics research: Support for advanced experimental setups and large-scale scientific programs exploring fundamental phenomena
• Industrial research: Advanced measurement and analysis capabilities supporting R&D in industrial environments
• Transportation and energy: Scientific analysis and monitoring applications supporting innovation in energy systems and transportation technologies
• Life sciences: Applications in proteomics, metabolomics, and cell biology
• Materials science: Advanced analysis and characterization of materials
• Environmental monitoring: Remote sensing and hyperspectral imaging for environmental analysis
• Space and astronomy : Observation of atmospheric and space phenomena such as solar wind, auroras, solar flares, gamma-ray bursts, black holes, and distant galaxies
Tailored systems for advanced research
Exosens works closely with research institutions, industry leaders, and space agencies to develop high-performance, application-specific solutions.
Its approach includes:
• custom detector and imaging system design
• development of integrated optical systems
• engineering of tailored solutions for demanding scientific instruments
These collaborations enable the development of systems that meet the strict requirements of scientific research and space-qualified applications.
High-performance infrared and hyperspectral imaging
Exosens also develops advanced infrared and hyperspectral imaging systems designed for scientific applications.
These systems offer high:
• acquisition framerate
• sensitivity and radiometric accuracy
• spectral resolution
In addition, their compact and novel system architecture makes them adaptable to multiple system configurations.
Enabling discovery through innovation
With continuous investment in research and development, Exosens supports innovation across scientific disciplines by providing reliable, high-performance detection and imaging technologies.
Its solutions contribute to advancing knowledge, enabling new discoveries, and supporting the development of next-generation scientific instruments.