Life Sciences & Environment

At Exosens, we believe in the power of innovation to drive scientific discovery and environmental responsibility. Our state-of-the-art detection technologies—including photon, ion, and electron detection—provide the precision, speed, and reliability essential for life sciences and environmental applications.

These capabilities enable researchers to observe molecular interactions with high sensitivity, aiding in drug discovery, diagnostics, and pollutant tracking applications. From vaccine validation and disease monitoring to pollution control, Exosens technology drives progress that benefits health and sustainability.

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Enabling Life Science Breakthroughs Using Single Photon Technologies

Single photon detection is an essential technique for life science research, empowering scientists to investigate biological processes with unmatched sensitivity and precision. Many significant cellular and molecular interactions occur in conditions where traditional imaging methods struggle to deliver precise data, making ultra-sensitive detection essential. Single photon counting techniques allow researchers to detect individual photons, uncovering subtle changes in fluorescence and other signals that standard methods commonly overlook.

Exosens' comprehensive portfolio—including image intensifier tubes, amplifier attachments for scientific cameras, and single-photon-sensitive detectors—is designed to enhance life science research detection capabilities. By leveraging low-light and single-photon detection technologies, Exosens is transforming the life sciences landscape, facilitating discoveries that deepen our understanding of health and disease.

Because every photon counts, Exosens reveals it.

Enhancing Environmental Monitoring with Advanced Detection and Imaging Solutions

Environmental concerns have emerged as a significant social priority, with reports that emphasize the urgent need to reduce greenhouse gas emissions and protect our natural surroundings.

Companies are adopting Environmental, Social, and Governance (ESG) methodologies to foster sustainable practices in response to this demand. Regular environmental observation and monitoring are essential for effectively addressing key areas such as gas detection, agricultural monitoring, aquaculture, fire detection, and waste management. Optical detection and imaging solutions offer valuable insights in these applications.

Exosens offers a robust range of detectors and imaging solutions covering wavelengths from Ultraviolet (UV) to Long-Wave Infrared (LWIR). Our solutions are designed for easy integration and offer high sensitivity and excellent image quality in a compact form factor. Whatever your needs, Exosens' expertise will help you identify the most effective solutions to support your environmental monitoring efforts.

Advancing Research Through Precision Detection

Instrumentation is essential for measuring and analyzing complex or unknown physical phenomena. For centuries, countless research projects have been dedicated to advancing our understanding of the infinitesimally small and imperceptible. Detecting ions, electrons, and photons remains fundamental to pushing the boundaries of human knowledge.

Space exploration and large-scale scientific projects contribute to our step-by-step understanding of the universe step by step. As a global leader in ion, electron, and photon detection, Exosens stands at the forefront of technology, with a rich history of partnerships with some of the world's most renowned laboratories.

Revolutionizing Medical Research with Exosens' Detection Technology

Exosens' detection technology plays a critical role in medical research applications, including in-vitro diagnostics analysis, drug and vaccine development, therapeutic monitoring, and precision and personalized medicine. As a global leader in electro-optic solutions used in detecting and amplifying ions, electrons, and photons, Exosens provides key detection technology for the world's most advanced mass spectrometers, including Quadrupole and Time-of-Flight (ToF) instruments. Our diverse lineup of detectors—including Microchannel Plate-based and Magnetic ToF detectors, channel electron multipliers, and scintillator-based detectors—significantly improve the accuracy and sensitivity of mass spectrometers. Exosens' technology enables scientists to detect and measure compounds with exceptional precision.

Exosens' contributions to mass detection have been particularly impactful in the development and validation of various vaccines, including the COVID-19 vaccine, where their detection technology ensured the vaccine's efficacy and safety. By driving accuracy and innovation in mass spectrometry, Exosens empowers scientists to accelerate crucial breakthroughs in healthcare and disease treatment worldwide.