NAC Image Technology

NAC Image Technology NAC Image Technology is the most experienced name in high speed video cameras and camera systems.

Since 1958, NAC’s continuous record of technical and digital innovation and a comprehensive, integrated line-up of products have set industry standards for performance and reliability, satisfying specific high speed imaging requirements. NAC is the only manufacturer of high speed camera systems that has dedicated itself to producing complete, integrated systems with the most light sensitivity, the

best image quality, the largest memory capacities, the smallest camera heads, the fastest download times and the most inclusive software packages in the industry. When it comes to reliable, digital, high-quality, high speed camera systems, make the safe choice with NAC and you’ll see the visible difference in your business. Did you know that NAC had 7 cameras at the 2008 Olympics in Beijing? Monday, August 25th, 2008
NAC’s UK business partner for applications involving entertainment and broadcasting, ARRI Media, sent their Digital High Speed Manager Andy Hayford to Beijing in April with a single camera for a test shoot of a marathon. “We filmed a real race, but for us it was primarily a practical, logistical and communications rehearsal to see if various things would work, including having a high-speed camera on a vehicle,” explains Hayford. “The Hi-Motion was on a gyro- head mounted on a car and was one of up to seven separate cameras – some on motorbikes and helicopters – that were all transmitting digital HD to antennas on the camera car. In the front footwell was a camera operator who operated the two gyro-heads on the car. In the back was the Hi-Motion technician and a director with a small vision mixer who was cutting between all those different feeds. No-one’s done it quite like that before, but it worked really well.”

The client, BOB (Beijing Olympic Broadcasting), was ecstatic with the results of the test run and confirmed their booking of seven Hi- Motion cameras for the games. The cameras were scheduled for use in the marathon, the triathlon, cycle road racing, indoor velodrome cycle racing, mountain biking, fencing, table tennis, athletic field events, badminton and gymnastics. According to Hayford, “ For a lot of those events audiences will not have previously seen footage any slower than the 3x slow-motion typical of sports coverage.”

The Hi-Motion (from NAC and distributed by ARRI Media) is capable of recording true 1920x1080 HD images at up to 300fps. The Hi-Motion is gaining popularity with sports broadcasters for the incredibly detailed slow-motion images it delivers. The cameras can be seamlessly integrated with standard outside broadcast (OB) systems and are frequently used for technical analysis during live action and breaks in action, as well as for dramatic highlight montages. Hi- Motion cameras continuously record a 22-second loop to an integrated RAM recorder while simultaneously providing a live feed. As soon as that live feed is cut by an operator, the preceding 22 seconds of footage are available for instant replay, slowed down by a factor of 6x or 12x.

05/20/2026

This high-speed footage, recorded using the ACS-1 M60 Color, captures the exact moment a mobile battery explodes. This is invaluable for analyzing the safety performance of battery development.

For more research applications, visit https://rebrand.ly/621115

05/15/2026

This analysis breaks down the strain measured with DIC software during a golf ball impact test. Filmed with the ACS-1 M60 Mono at an incredible 50,000 fps, the footage gives a detailed look at how the ball's surface reacts on impact—insight that’s key to designing better-performing golf balls.

Check it out: https://rebrand.ly/621115

05/11/2026

This video was captured using the ACS-1 M60 Color at an impressive frame rate of 50,000 fps. Analyzing the surface of the golf ball can play a crucial role in the development of new golf ball designs.

Explore more: https://rebrand.ly/621115

05/01/2026

High-speed camera visualization of a bullet's impact in a bio-gel simulating the human body. This video is provided by Professor Cynthia Bir, Chair of the Department of Biomedical Engineering at Wayne State University. The footage was captured using an ACS-3 M16 Mono high-speed camera, operating at a frame rate of 20,000 fps with an exposure time of 10 seconds.

Read further: https://rebrand.ly/621115

04/27/2026

This video was captured using the nac Memrecam ACS at a remarkable speed of 40,000 frames per second.

Check it out: https://rebrand.ly/621115

At just 128 × 128 × 135mm, the MEMRECAM GO fits where other high-speed cameras can’t. With ACS high-sensitivity sensors ...
04/24/2026

At just 128 × 128 × 135mm, the MEMRECAM GO fits where other high-speed cameras can’t. With ACS high-sensitivity sensors and ISO up to 100,000 (mono), you get brilliant image quality even in challenging lighting.

Read further: https://rebrand.ly/h8qldxp

04/22/2026

This video was captured using a nac MEMRECAM ACS camera at an impressive frame rate of 50,000 fps. We extend our gratitude to Osaka University for their support.

For additional details, feel free to visit https://rebrand.ly/170da7

Higher resolution means more measurable detail. The MEMRECAM GO-4K enhances motion tracking and post-test analysis with ...
04/20/2026

Higher resolution means more measurable detail. The MEMRECAM GO-4K enhances motion tracking and post-test analysis with crisp, high-definition imagery.

Elevate your imaging capabilities: https://rebrand.ly/94u9xa7

04/17/2026

This video was filmed using the MEMRECAM ACS camera at an impressive speed of 45,000 frames per second.

For more information, please visit https://rebrand.ly/170da7

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