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Aviation Research

Wichita State University’s National Institute for Aviation Research (NIAR) is using high-speed digital cameras, manufactured by Photron, in their Virtual Engineering Laboratory in a variety of testing modes such as high-impact dynamic events.

Thermo-Acoustic Oscillations in Gas Turbine Engines

Thermoacoustic oscillations often arise in combustion equipment such as gas turbine engines and power generation devices.

Droplet by Droplet

Scientists test the protective effect of different materials for face masks against the COVID-19 virus.

Unsteady Flow Physics of Dynamic Stall

In aerospace applications high speed cameras facilitate the detailed analysis of projectile flights, missile launches, combustion processes, engine performance, fuselage durability, material strength, flow/particle movement and more.

Biology and Biomechanics
  • Transmission of bee-lie vibrations in buzz-pollinated plants with difference stamen architectures. Read
  • Conveyance of texture signals along a rat whisker. Read
Combustion and Gases
  • Propulsion And Energy Research Laboratory At University Of Central Florida Uses High-Speed Digital Cameras Manufactured By Photron, In Turbulent Combustion Studies. Read
  • Droplets and Turbulence. Read
  • Pulse Train Ignition with Passively Q-switched Laser Spark Plugs. Read
Fluidics and Microfluidics
  • From an elongated cavity to funnel by the impact of a drop train. Read
  • Ultrafast imaging method to measure surface tension and viscosity of inkjet‑printed droplets in flight. Read
  • Popup Height and the Dynamics of Rising Buoyant Spheres. Read
  • Measurement of a laser-induced underwater shock wave by the optical-flow-based background-oriented schlieren technique. Read
Materials Testing
  • Experimental Study of the Effectiveness of Sacrificial Cladding Using Polymeric Foams as crushable Core with a Simply Supported Steel Beam.  Read
  • Experimental studies on the deformation and rupture of thin metal plates subject to underwater shock wave loading Read
  • Shooting rubber bands: dynamic buckling in unconstrained elastic ribbons.  Read
DIC and PIV
  • Time-Resolved PIV Measurements and Turbulence Characteristics of Flow Inside and Open-Cell Metal Foam. Read
  • Phase Image-based Particle Tracking Velocimetry using Digital Holographic Microscopy. Read
  • Tomographic Particle-Image Velocimetry Analysis of the Influence of Artificially Introduced Sound Waves on Transonic Buffet Flow. Read
Other
  • Can jet engine tests help COVID-19 research?  Read

Welcome to the Photron Family!

Otago University, Department of Anatomy Acquires Photron FASTCAM Mini AX

Otago Universities Department of Anatomy has purchased a Photron FASTCAM Mini AX high-speed camera system. Otago University is one of New Zealand’s leading medical schools. Their biomechanics lab, led by Dr. Johann Zwirner, uses the Photron FASTCAM Mini AX for their research on the biomechanical characteristics of human tissues for a wide range of applications, including computational human models or graft developments for transplant surgery. 

SGS North America, Inc. Obtains Photron FASTCAM Mini AX Camera for Testing

SGS North America, Inc. has purchased a Photron Fastcam Mini AX50 high speed camera for their testing facility in Lapeer, MI. SGS is the world’s leading inspection, verification, testing and certification company and is recognized as the global benchmark for quality and integrity. Motion Engineering and Photron are excited to work with SGS on a wide range of applications as they deploy the Photron Fastcam Mini AX high speed camera for their testing needs.

Schmid Tool & Engineering Services Acquires Photron FASTCAM Mini UX100

Schmid Tool & Engineering Services (www.schmidtool.com) has purchased a Photron Fastcam Mini UX100 high speed camera system for the study of high-speed mechanical operations within the firearms industry. Schmid Tool and & Engineering Services has been in operation in the Chicago area since 1943 and will begin testing with their new high speed camera system in Spring 2021. We are excited to partner with Schmid Tool & Engineering Services in this exciting field of study.

UW Madison, Mechanical Engineering Acquires Photron FASTCAM Nova

UW Madison, Mechanical Engineering has purchased a Photron Nova high speed camera to make a setup to do laser metal AM research and is very happy about it. UW-Madison ranks 11th among all undergraduate mechanical engineering programs at national public universities in the United States (19th overall including private schools), in U.S. News’s 2021 rankings report.

What our customers are saying…

At Oval Medical we endeavour to understand every detail of our novel auto-injector designs.  Having performed a comprehensive selection process for a high speed camera application, it was clear that Photron was the standout, not just on overall performance but quality of service.  Recently, Tim Nicholls from Photron UK ‘popped over’ and spent a day helping us with a special application to use the camera with another top end piece of kit, our Instron force tester.  This enables us to run the camera optimally and provides a powerful tool to align test profiles with high speed imaging.  The AX100 has provided invaluable R&D insights and Photron UK a first class service.  

     > James Cobb, Test Engineer, Oval Medical Technologies

We have used the Photron Ltd high speed cameras for many years to support our ballistic trials. Without the excellent quality of these cameras we would not be able to accurately evaluate ammunition performance through barriers and the terminal performance of bullets within the gelatin blocks. The clarity of imagery both from video files and the still pictures that we can take from these is superb. Evidenced obtained through the use of the Photron camera has allowed us to evolve police ammunition and also support manufacturers with feedback on their products. 

The support from Photron Ltd is excellent with both remote and in field support never being too much trouble and allows us to get the most from the camera system.

     > Chief Inspector, Metropolitan Police.

 

Reamda Ltd designs and manufactures bomb disposal robots. The primary tool used by the robot is a device called a Disrupter Cannon, it’s basically a ballistic water cannon with large recoil forces up to 34 kN.

To protect the robot from these forces we needed to design special dampening systems to absorb the recoil, however because the entire firing operation is over in a few milliseconds  we usually can only examine the aftermath to ascertain where improvements can be made.

What we needed was a way to watch the entire firing process in slow motion so we could see where stress points were, after some research we made contact with Photron UK, they were able to provide us with examples of similar ballistic testing and very quickly came up with a camera specification that would meet our needs.

Another point worth mentioning is the ballistic windows in our test facility are 58mm thick which causes significant attenuation in the light levels being recorded but Photron assured us that if we could see it the camera would see it and that was exactly the result we achieved.

Disruptor ammunition is quite expensive and it took 3 years and 600 rounds to design our current dampening system, I’ve no doubt that the detailed analysis we get from the high speed footage will significantly reduce this time going forward.

In summary I would like to say that Photron UK really know their product and pass that knowledge to their customers with clear and intuitive instructions and I would have no hesitation in recommending them.

           > Padraig O’Connor – Managing Director, Reamda Ltd.

As an additive manufacturing researcher, I am often trying to capture images of small phenomena that chnage brightness quickly. The AX200 has worked really well for me. The software interface is easy to use and the high light sensitivity allows me to get images with with little motion blur. 

     > Brian Fisher, Carnegie Mellon University USA 

We use two synchronized Photron SA2 cameras to record predatory flights. which last as little as 1/4 of a second. In the field the temperatures reach 35 degrees (Celsius) with 98% humidity and the animals are free to fly away at any point. It is challenging and intensive work but we found the reliability of the hardware under such conditions to be outstanding. We are also limited, and features that have increased the number of successful trials recorded include being able to use any of our lenses and recording at low light by using IR light (which is detected by the camera sensor but not by the animals). The ease of use means that anyone in our team can set them up quickly. Crucially, we found the software to be flexible, intuitive and always reliable, with functions that greatly improved our efficiency. 

     > Paloma Gonzalez-Bellido, Lecturer in Physiology, University of Cambridge

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