Laser beam characterisation & LRF testing
Accurate laser testing with tailored test bench and software!
As technology continues to advance, laser systems are becoming increasingly important for both defense and civil uses. From military applications to medical equipment and everything in between, lasers are being used to accomplish a variety of tasks and objectives. With this growing importance, there is a greater need for accurate testing equipment that can reliably assess the strength and effectiveness of these laser systems.
Comprehensive Testing Capabilities for Lasers:
HGH laser testing benches are designed to meet this need by providing precise and accurate testing capabilities for a wide range of laser equipment! This includes everything from range finders and designators to trackers, pointers, and receivers that are commonly used in product development, production, and maintenance.
Our optical benches are specifically designed to accommodate lasers between 800nm to 1.7µm, which covers a wide range of laser technologies and is safe for the eyes. With this level of precision and accuracy, HGH testing benches are essential for ensuring that laser systems are operating at peak performance and that they are reliable and effective for whatever purpose they are being used for.
Based on a wide range of off-axis collimators associated with dedicated laser testing items (fibers, electronic delay, and diode, photosensitive targets, harmonization cameras…etc.) and Infratest Software, our customers can test many laser/ LRF parameters such as :
- Beam divergence,
- Laser boresighting / Alignment with another optical axis (IR / Visible cameras, Scope…etc.)
- LRF distance accuracy
- Extinction test…etc.
Military Necessity: Laser Testing for Advanced Weaponry
Laser testing is essential for military applications as it enables the development and evaluation of advanced weaponry that can accurately strike targets and minimize collateral damage. The military relies heavily on laser technology and requires rigorous testing to ensure that devices meet operational requirements and function under harsh environmental conditions. Such testing allows for optimization of laser performance to guarantee that equipment operates effectively in arduous conditions. Additionally, laser testing facilitates optimization of output power and beam quality for more precise targeting. To maximize safety and success on the field, military laser testing is necessary to verify that weapon systems meet demanding specifications and operate precisely and reliably.
Revolutionizing Research and Medicine: The Versatile Application of Lasers in Laboratory Settings
In modern laboratories, lasers have emerged as invaluable tools, catalyzing groundbreaking advances in both research and medicine. These concentrated beams of coherent light are harnessed for an array of purposes, from precision spectroscopy and cutting-edge imaging techniques to targeted therapies and diagnostics. In research, lasers enable scientists to probe and manipulate matter at the atomic and molecular levels, uncovering the mysteries of quantum physics, chemistry, and biology. Moreover, the medical field benefits immensely from laser technology, with applications ranging from minimally invasive surgeries and tissue ablation to the development of highly precise diagnostic devices. As lasers continue to evolve and diversify, their adaptability and precision have the potential to reshape our understanding of the natural world and revolutionize the way we diagnose and treat diseases, ultimately improving human health and quality of life.
IRCOL-LRF Testing bench for EO payload with IR camera and eye safe LRF
The IRCOL-LRF is the most complete configuration of the IRCOL test benches allowing the realiable measurement of the parameters of the most demanding electro-optical systems. The IRCOL system includes multiple tools for laser rangefinder and laser pointer testing. They support all laser types, including eye safe.
Typical measurement capabilities:
- Alignment between transmitter and camera axis
- Laser power and energy
- LRF distance measurement accuracy
- Spatial resolution of the camera: LSF/MTF
- MRTD curve and range calculation at center and edge of the field of view
Laser Range Finder test focus:
The IRCOL system includes multiple tools for laser rangefinder and laser pointer testing. They support all laser types, including eye safe.
- Phosphor or IR emitting targets for alignment check between camera and transmitter
- Auto-collimator assembly with camera for alignment and divergence measurement
- Power meter and Joulemeter for laser power and energy measurement
- Fiber optic line for distance correctness measurement
- Exclusive LRDS 80 10 unit for high accuracy distance correctness measurement:
– Simulated distance range: from 75 m to 40 km
– Simulated distance accuracy: 1 meter
