Up to 25,000 fps at 1.3 megapixels, backside-illuminated (BSI) sensor, compact form factor, 320GB high-speed onboard memory, 10 Gigabit Ethernet, ideally suited for applications in combustion analysis, aerodynamic flow studies, Hopkinson bar testing, vibration analysis, shock measurement, and more.
Revealer 25,000fps High-Sensitivity Ultra High-Speed Camera NEO 25M/C is designed for advanced high-speed imaging tasks. Featuring a back-illuminated (BSI) sensor, it maximizes photon capture, allowing for rapid image capture with ultra-short exposure durations. This camera is perfect for research in areas like extreme mechanics, impact studies, high-frequency vibration analysis, hypersonic aerodynamics, and other similar fields.
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Revealer 20,000fps High-Sensitivity Ultra High-Speed Camera NEO 20M/C is built for high-speed imaging, featuring a back-illuminated (BSI) sensor for fast image capture with ultra-short exposure times. It’s ideal for research in areas like extreme mechanics, impact analysis, and hypersonic aerodynamics.
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Revealer 16,000fps High-Sensitivity Ultra High-Speed Camera NEO 16M/C is designed for fast imaging, with a back-illuminated (BSI) sensor for quick image capture. It's perfect for research in extreme mechanics, impact analysis, and hypersonic aerodynamics.
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Revealer 15,000fps Ultra High-Speed Camera S1315M/C is designed for advanced research, aerospace, and industrial use. It features a high-bandwidth CMOS sensor, powerful processor, and real-time storage for seamless data capture and processing.
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Revealer 10,000fps Ultra High-Speed Camera S1310M/C is built for advanced research, aerospace, and high-speed industrial use. It features a high-bandwidth CMOS sensor, a powerful processor, and real-time storage for efficient data capture, processing, and storage.
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Revealer 7,000fps High-Speed Camera S1307M/C is designed for advanced research, aerospace, and industrial applications. With a high-bandwidth CMOS sensor, powerful processor, and real-time storage, it efficiently handles data acquisition, processing, and storage simultaneously.
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Revealer 5,000fps High-Speed Camera S1305M/C is built for advanced research, aerospace, and industrial use. It features a high-bandwidth CMOS sensor, a powerful processor, and real-time storage, allowing for seamless data acquisition, processing, and storage.
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Revealer 3,000fps High-Speed Camera M230M/C is designed for scientific research, industrial R\&D, and fault detection in production lines. With a direct-transfer storage system, optimized components, and 2TB of built-in storage, it ensures efficient performance and reliable data handling.
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Revealer 2,000fps Compact High-Speed Camera M220M/C is designed for tight spaces, airborne pods, crash testing, and underwater use. Its compact design, achieved through advanced re-engineering of PCBs, thermal systems, and components, maintains TB-level storage capacity.
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Revealer 2,200fps Real-Time Transmission High-Speed Camera GR220M is designed for real-time image capture and processing in high-speed machine vision. With a CXP12 interface and 4-channel HD-BNC connectors, it enables data transmission of ≥4 GB/s to the acquisition device.
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Revealer 4K High-Speed Camera G820\_Pro is designed for large FOV optical tracking, strain measurement, film production, and crash testing. With an APS-C global shutter CMOS sensor and advanced light-guiding optics, it delivers 4K resolution at high frame rates.
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Revealer 21-Megapixel High-Speed Camera G2110M/C\_Pro is designed for large FOV optical tracking, strain measurement, film production, and crash testing. With an APS-C global shutter CMOS sensor and advanced light-guiding optics, it captures ultra-high-resolution 21-megapixel images.
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STEP1-Cover the lens cap or the CMOS dust cover.
STEP2-Turn off the camera, and uncheck the options for enabling dark field correction and bright field correction.
STEP3-Click on "Set Dark Field" and then click "OK".
STEP4-After the prompt indicates that the dark field setting is successful, check the options for enabling dark field correction and bright field correction.
STEP5-Click on "Preview" to complete the dark field setting.
The output format of the high-speed camera is the image format YUV422, with a resolution of 1080P @50fps, and it complies with the 3G SDI SMPTE292M standard. Please confirm that the SDI monitor supports 1080P @50fps and SMPTE292M. If the image still cannot be displayed, you may need to replace it with an SDI monitor from another brand.
If BMP, JPG, and TIF formats cannot be viewed, it might be due to issues with the image viewer's encoder. Please download "Kantuwang" or other image viewing software.
If AVI files cannot be viewed, please try changing the video player or install the Windows player upgrade patch package windows.10.codec.pack.v2.1.8.setup.exe (downloaded from the internet) and then play the file.
RHVD files should be played using our motion analysis software. If you don't have the software or if it still can't play after installation, please contact the sales engineer.
If MP4 format cannot be viewed, it might be due to issues with the video player's encoder. Please download PotPlayer or other video playback software.
First, check the memory of the high-speed camera. Click on “Preview,” right-click on the device list, select the high-speed camera properties, and check the memory status. If it is full, delete the videos from the memory list before proceeding with the shooting.
If the memory is not full, it may be that the parameters do not support the memory required for the next shot. You can find the “Save Length” and reconfigure the parameters.
If you still cannot take photos after setting, please check whether the authorization has expired. If it has expired, authorize it in time and continue to use it.
The high-speed camera supports a variety of trigger level signals depending on the model. The actual supported signals will be displayed in the trigger mode of the software.
High level: 5V signal, threshold 3.3V
Low level: 0V signal, threshold 1.8V
Rising edge: Pulling up from 0V to 5V, with an upward threshold of 3.3V
Falling edge: Pulling down from 5V to 0V, with a downward threshold of 1.8V
Short circuit: The BNC center pin is connected to the BNC outer shell
Open circuit: The BNC center pin is disconnected from the BNC outer shell
