SWIR or Short-Wave infrared imaging covers the wavelength range from 700 nm to approximately 2500 nm and is suitable for low light applications.
SWIR spectroscopy is a valuable tool to classify products. SWIR microscopy is typically used to inspect micro-electronic circuits on chip or wafer level.
Laser gated imaging with short integration time allows imaging at long ranges through haze, smoke, fog or dust.
Low-light-level imaging in semiconductor microscopy applications is used for fault localization in microelectronic failure analysis.
High speed imaging is taking pictures at a high frame rate using a short exposure time. We offer the world's fastest SWIR InGaAs camera and versatile MWIR cameras.
Homeland security is mainly focused on critical infrastructure protection. Image fusion is a great technique as it combines SWIR and LWIR images, resulting in the best of both worlds.
Thermography is widely used in applications where contact-thermometry cannot be used to measure temperature.
Condition monitoring is a process of continuous observation and inspection of industrial installations.
On-line infrared imaging provides an important monitoring and control tool for production and plant processes.
SWIR line-scan sensors are used for SWIR line-scan imaging. Line-scan sensors have a very fast line read time and are therefore perfectly suited to image fast moving objects in industrial environments
Our infrared cameras are used in various (bio)medical, dental and pharmaceutical applications
Hyperspectral imaging, or imaging spectroscopy, is a happy fusion of spectroscopy and imaging processing. It is used for a variety of applications in all kinds of markets.
Xenics SWIR cameras are perfectly suited for the semiconductor inspection & solar cell industry.
SWIR thermography cameras are used to measure high temperatures at high speed
High speed midwave & longwave infrared (MWIR & LWIR) cooled cameras are used in various thermography applications.
Uncooled longwave infrared (LWIR) cameras are used to detect and measure the thermal radiation of any object within their field of view.
Infrared imaging is a vital technology to detect threats like aggression or natural disasters to the critical infrastructure (and its surroundings) of a country or state.
We offer our Xenicscores to system integrators that have a need for commercial of the shelf (COTS) infrared imaging cores which they integrate in their state of the art imaging systems used by governments all over the world.
Fires lead to huge physical costs and emotional damage for the involved parties. To prevent this it is important to detect fires as soon as possible. We offer various infrared cameras that are suited for this task
Clear visibility is of the highest importance in any surveillance, safety & security operation. Critical airborne, road and maritime operations can benefit from a clear view on the scene and the environment.
Airborne infrared imaging requires multiple cameras with different wavelengths. The airborne platform is a manned rotary or fixed wing aircraft, an unmanned UAV/UAS or even a balloon or blimp.
With 70% of the earth’s surface covered with water, maritime infrared imaging is deployed to detect and monitor a wide variety of activities in difficult circumstances.
Xenics offers rugged SWIR InGaAs camera cores that come with an intuitive digital interface for easy signal acquisition and camera tuning. Its small form factor, low weight and low power consumption allow an easy integration. Where its embedded image enhancement routines deliver the best image quality
A cooled thermal core is a camera engine that consists of a MWIR or LWIR Stirling cooled detector, electronics for interfacing and on-board image processing, a mechanical frame and a zoom lens (optionally).
Uncooled bolometer cores like our "XTM" are used in all sorts of applications. From R&D projects over industrial automation to homeland security
Xenics offers specialized products that range from Read-out Integrated Circuit (ROIC) wafers, photodiode arrays, unpackaged and packaged FPA’s to parts of cameras.
Our in-house ROIC design team is a group of highly skilled analog and digital designers. They create complex, high performance analog and digital full-custom CMOS integrated circuits.
We offer in-house designed custom infrared detectors, tailored to your requirements.
We offer in-house designed custom infrared cameras, tailored to your requirements
Next to our custom infrared ROICs, infrared devices, infrared cameras and infrared detectors, we also offer custom electro-optic system design.
We have participated in various space projects. Earth observation by satellite can reveal lots of detailed information on vegetation, clouds, humidity and other atmospheric conditions.