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camera Product List and Ranking from 868 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Apr 15, 2026～May 12, 2026
This ranking is based on the number of page views on our site.

camera Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Apr 15, 2026～May 12, 2026
This ranking is based on the number of page views on our site.

  1. 森一産業 Osaka//Trading company/Wholesale
  2. ASAHI RESEARCH CORPORATION Tokyo//Other manufacturing
  3. null/null
  4. 4 フリアーシステムズジャパン Tokyo//Testing, Analysis and Measurement
  5. 5 ミカサ商事　MIKASA SHOJI CO., LTD. Osaka//Trading company/Wholesale
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camera Product ranking

Last Updated： Aggregation Period:Apr 15, 2026～May 12, 2026
This ranking is based on the number of page views on our site.

  1. モニター付き工業用内視鏡カメラ（サイドカメラ搭載）ES503 森一産業
  2. A wearable camera that can be effective as a measure to protect employees from customer harassment. ASAHI RESEARCH CORPORATION
  3. Hyperspectral Camera "SPECIM FX Series" *High-speed Measurement
  4. 4 CRYSOUND CRY2620 Industrial Gas Leak Detection Camera サニー・トレーディング
  5. 5 Offshore wind power high-sensitivity camera remote monitoring system *Captures bright and clear images at night. フローベル

camera Product List

4921～4950 item / All 5027 items

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Detect UV light | For power equipment and infrastructure inspection | UV 8M CXP camera

Detect UV light | For power equipment and infrastructure inspection | UV 8M CXP camera

A high-speed, high-resolution camera corresponding to UV (ultraviolet) wavelengths. It is suitable for high-speed inspection of "invisible objects" such as adhesive and oil application inspections!

■Features This is a UV-compatible model equipped with Sony's CMOS sensor IMX487, featuring an 8.1MP camera. It combines global shutter capability with a maximum output of 133.2fps, allowing for high-speed imaging with significantly reduced noise and high-quality capture. It is used to detect UV light (corona discharge) generated from deteriorated areas of electrical equipment (such as high-voltage overhead lines) to monitor and identify signs of abnormalities or failures from a distance. In addition to inspections in fields where UV cameras have been traditionally used, such as semiconductors, it can also be considered for new areas requiring high-speed performance.

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No need for heat sinks or cooling fans! | Low heat generation CoaXPress camera

No need for heat sinks or cooling fans! | Low heat generation CoaXPress camera

With Japan Bopixel's "CoaXPress camera," it is possible to significantly reduce heat generation!

In cameras with significant heat generation, heat dissipation items such as heat sinks, cooling fans, or external Peltier cooling devices may be necessary. By suppressing heat generation, these additional cooling mechanisms can be eliminated, leading to overall cost reduction, space savings, and reduced maintenance efforts for the entire system. Achieving fanless operation (without cooling fans) reduces sources of vibration and dust, making it more suitable for environments such as clean rooms. At Japan Bopixel, we have successfully utilized "Ultra Low Power FPGA," which can reduce power consumption by over 50% compared to FPGAs commonly adopted by the majority of camera manufacturers, as the primary heat source in industrial cameras. By fundamentally suppressing heat generation, we can significantly reduce power consumption and heat generation as a camera, solving thermal issues with a new approach that leverages the advantages of being a latecomer in the market. *For more details, please download the catalog or feel free to contact us.*

  • Monochrome camera
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  • Visual Inspection Equipment
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Prevent deterioration of inspection accuracy due to thermal expansion | Low-heat CoaXPress camera

Prevent deterioration of inspection accuracy due to thermal expansion | Low-heat CoaXPress camera

With Japan Bopixel's "CoaXPress camera," it is possible to significantly reduce heat generation!

When the camera overheats excessively, the following issues arise, directly affecting inspection accuracy. - Suppression of thermal noise (hot pixels) As the temperature of the CMOS sensor rises, dark current increases, making random noise more likely to occur. By controlling heat generation, these thermal noises can be fundamentally suppressed, improving image quality. This reduces the effort required for software noise correction and the risk of false detections. - Stabilization of the optical system Heat from the camera body can transfer to adjacent lenses and housings, causing thermal expansion. This can lead to slight variations in the focal length and imaging position of the lens, resulting in misalignment and decreased inspection accuracy in precise inspections. The lower the heat generation, the less this thermal impact, allowing for stable inspection accuracy to be maintained over extended periods. *For more details about each product, please download the catalog or feel free to contact us.*

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  • Visual Inspection Equipment
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It can utilize flexible coaxial cables, offering advantages in movable wiring and durability.

It can utilize flexible coaxial cables, offering advantages in movable wiring and durability.

Achieving the smallest class of chassis size in the industry | CoaXPress Area Scan Camera Series

The area scan camera series "CoaXPress," developed for high-speed image transmission in machine vision applications. It offers advantages in wiring and durability in movable parts such as cable carriers and robotic arms, as it can use flexible and slender coaxial cables. It is ideal for situations where you want to extend the cable length while stably capturing high-pixel, high-frame-rate images. *We also offer demo units for loan, so please feel free to contact us.

  • Monochrome camera
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You can use the image processing system stably in the factory | CXP camera.

You can use the image processing system stably in the factory | CXP camera.

High noise resistance, easy-to-remove and robust connectors, and thermal stability make it suitable for system stabilization | CoaXPress Area Scan Camera Series

The area scan camera series "CoaXPress," developed for high-speed image transmission in machine vision applications. ★About the CoaXPress Camera Interface - High noise resistance. Coaxial cables have high shielding performance against electromagnetic noise, making them less susceptible to external noise generated in factory environments, thereby improving the reliability of data transmission. - Robust connectors. Robust connectors can be used (DIN, MicroBNC). The connections are secure, and the likelihood of disconnection or contact failure due to vibration is low, making them suitable for maintenance-free, long-term operation. - Simplified heat management and thermal stability. Heat management can be simplified. As mentioned earlier, CXP cameras are highly integrated, but by using a single cable, it becomes easier to concentrate the thermal design (heat dissipation design) of the entire system, and since the cable itself is less likely to become a heat source, it contributes to the thermal stability of the camera. *We also offer demo units for loan, so please feel free to contact us.

  • Monochrome camera
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16K Line Scan Camera for Printing

16K Line Scan Camera for Printing

Efficient color proofing of printed materials with 16K resolution and high-speed scanning.

In the printing industry, color proofing requires accurate color reproduction and fast inspection. Color variations and ink misalignment that affect the quality of printed materials not only decrease customer satisfaction but also lead to increased costs due to correction work. The 16K line scan camera, with its 16K high resolution and a maximum line rate of 120kHz, captures the details of printed materials accurately, enabling fast color proofing. 【Usage Scenarios】 - Color proofing inspection of printed materials - Inspection of ink density and color variations - Printing processes that require high-speed line scan inspection 【Benefits of Implementation】 - Detailed inspection made possible by high resolution - Reduction in inspection time due to fast scanning - Improvement in quality control and cost reduction

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  • Monochrome camera
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16K Line Scan Camera for Glass

16K Line Scan Camera for Glass

Detecting glass scratches with 16K resolution and high-speed scanning.

In the glass industry, detecting surface scratches and foreign objects is essential to ensure product quality. Particularly in glass used for automobiles and displays, even minor scratches or foreign objects can compromise the product's performance and appearance. The 16K line scan camera accurately captures fine scratches and foreign objects on glass surfaces with its 16K high resolution and a maximum line rate of 120kHz, enabling high-speed inspection. 【Application Scenarios】 - Scratch inspection of glass products - Foreign object contamination inspection - Processes requiring high-speed line scan inspection 【Benefits of Implementation】 - Detailed inspection enabled by high resolution - Reduced inspection time due to high-speed scanning - Improved quality control and yield enhancement

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  • Monochrome camera
  • Defect Inspection Equipment
  • Color camera
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8MP CoaXPress Area Camera (Black and White/Color)

8MP CoaXPress Area Camera (Black and White/Color)

Suitable for replacement from conventional interfaces | Low latency | High-speed imaging up to 133fps | Low heat generation design | PoCXP support reduces the number of cables

Are you feeling limitations in frame rate, latency, and stability with USB or GigE cameras? Japan Bopixel's 8MP CoaXPress camera fundamentally resolves the challenges faced by traditional interfaces. With a high frame rate of up to 133fps*, stable uncompressed data transfer, and support for long-distance transmission, it demonstrates its true value in environments where high precision and high throughput are required. It is equipped with Sony's Pregius 2nd/4th generation, allowing for high-speed and high-resolution imaging. With PoCXP (Power over CoaXPress) support, it reduces the number of cables, contributing to simplified wiring. Furthermore, Japan Bopixel features an "UltraLowPowerFPGA," which is different from the majority of camera manufacturers, achieving low power consumption and low heat generation while maintaining a compact design. Users aiming for faster production lines, improved inspection accuracy, and space-saving inspection setups can expect benefits that exceed the costs. For those seeking "next-generation performance" from their current interface, consider replacing it with Japan Bopixel's "CoaXPress area camera." *For the 29mm square 1Lane_High-Speed Model.

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  • Color camera
  • Monochrome camera
  • High Speed Camera
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12MP CoaXPress Area Camera (Black and White/Color)

12MP CoaXPress Area Camera (Black and White/Color)

Suitable for replacement from conventional interfaces | Low latency | High-speed imaging up to 90.8 fps | Low heat generation design | Reduced cable count with PoCXP support

Are you feeling limitations in frame rate, latency, and stability with USB or GigE cameras? Japan Bopixel's CoaXPress cameras fundamentally resolve the challenges faced by traditional interfaces. With a high frame rate of up to 90.8fps*, stable uncompressed data transfer, and support for long-distance transmission, they demonstrate their true value in environments where high precision and high throughput are required. Equipped with Sony's Pregius 2nd/4th generation sensors, they enable high-speed and high-resolution imaging. By supporting PoCXP (Power over CoaXPress), we can reduce the number of cables, contributing to simplified wiring. Furthermore, Japan Bopixel features the "UltraLowPowerFPGA," which differs from the majority of camera manufacturers, achieving low power consumption and low heat generation while maintaining a compact design. Users aiming to accelerate production lines, improve inspection accuracy, and save space in inspection areas can expect benefits that exceed the costs. For those seeking "next-generation performance" from your current interface, consider replacing it with Japan Bopixel's "CoaXPress area camera." *For the 29mm square 1Lane_High-Speed Model.

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CoaXPress Area Scan Camera Series for Astronomical Observation

CoaXPress Area Scan Camera Series for Astronomical Observation

Achieves high-quality observation in space with a low heat generation design.

In space observation, high-precision image acquisition under harsh environments is required. In particular, in environments susceptible to temperature changes and radiation, the heat generated by the camera can lead to performance degradation or failure. The CoaXPress area scan camera series from Japan Bopixel enables stable image acquisition through its low power consumption and low heat generation design. It is ideal for situations where you want to extend cable length while consistently capturing high-resolution, high-frame-rate images. 【Usage Scenarios】 - Space telescopes - Cameras mounted on satellites - Experiments for astronomical observation purposes 【Benefits of Implementation】 - Longer lifespan due to low heat generation - Acquisition of detailed observation data through high image quality and high frame rates - Stable operation in harsh environments

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  • High Speed Camera
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【For FPD Inspection】65 Megapixel CoaXPress Area Camera

【For FPD Inspection】65 Megapixel CoaXPress Area Camera

Contributing to the efficiency of FPD inspection with high resolution and high-speed imaging.

In the FPD inspection industry, there is a demand for the rapid and accurate detection of minute defects to efficiently manufacture high-quality products. Particularly in the context of increasingly high-definition FPDs, it is crucial not to overlook small defects. Traditional inspection methods have limitations in detection accuracy and inspection speed, which have been factors in reducing production efficiency. Our 65-megapixel CoaXPress area camera balances high resolution and speed, contributing to solving challenges in FPD inspection. 【Application Scenarios】 - Appearance inspection on FPD manufacturing lines - Detection of defects in FPDs - Detailed inspection using high-resolution images 【Benefits of Implementation】 - High-precision detection of minute defects - Reduction in inspection time - Improvement in production efficiency

  • Color camera
  • Monochrome camera
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8.1MP UV Camera with IMX487 for Astronomy

8.1MP UV Camera with IMX487 for Astronomy

For nebula observation. Capturing "invisible light" with UV wavelength compatibility, high speed, and high quality.

In astronomical observations of nebulae, high-sensitivity and high-resolution cameras are required to capture faint light and obtain detailed information. In particular, ultraviolet light is important for understanding the structure and activity of nebulae, but traditional cameras have faced challenges in capturing it. Our 8.1MP ultraviolet camera responds to UV wavelengths and achieves high-speed, high-quality imaging, opening up new possibilities for nebula observations. 【Usage Scenarios】 - Detailed observations in the ultraviolet region of nebulae - Visualization of the structure and activity of nebulae - High-speed imaging of astronomical phenomena 【Benefits of Implementation】 - Acquisition of detailed observational data through high-quality, high-resolution images - Dynamic analysis of astronomical phenomena through high-speed imaging - Enhanced flexibility of the observation system due to compact design

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Low-heat CoaXPress camera for surveillance systems

Low-heat CoaXPress camera for surveillance systems

No need for heat sinks or cooling fans! Contributes to space-saving in monitoring systems.

In surveillance systems, stable operation 24 hours a day, 365 days a year is required. Particularly in outdoor or high-temperature environments, the heat generated by cameras can reduce the overall reliability of the system. Cameras that generate significant heat require additional mechanisms such as cooling fans or heat sinks, leading to increased system costs, reduced installation space, and greater maintenance efforts. Japan Bopixel's low-heat CoaXPress cameras utilize technology that significantly reduces FPGA power consumption, addressing these challenges. 【Usage Scenarios】 - Security camera systems - Traffic monitoring systems - Factory monitoring systems 【Benefits of Implementation】 - Cost and space reduction by minimizing cooling mechanisms - Improved maintenance due to fanless design - Achieving stable operation 24 hours a day, 365 days a year

  • Monochrome camera
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Low-heat CoaXPress camera for traffic signals

Low-heat CoaXPress camera for traffic signals

No need for heat sinks or cooling fans! Contributes to space-saving in signal systems.

In traffic signal systems, high reliability and long-term stable operation are required. It is common to operate under harsh conditions, such as use in outdoor environments and installation in limited spaces. Cameras that generate a lot of heat require cooling mechanisms, which can complicate the system and increase the risk of failure. Japan Bopixel's low-heat CoaXPress cameras address these challenges. 【Usage Scenarios】 - Image recognition systems for traffic signals - Traffic monitoring systems - Monitoring road traffic conditions 【Benefits of Implementation】 - Reduction in system costs by eliminating cooling mechanisms - Space-saving design - Decreased maintenance frequency - High reliability and stable operation

  • Monochrome camera
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【Traffic and Accident Analysis】Flat-C_HD

【Traffic and Accident Analysis】Flat-C_HD

Supports accident analysis with clear images even in fog, rain, and backlighting.

In the analysis of traffic accidents, it is important to accurately understand the situation at the time of the accident. Particularly in conditions with poor visibility, such as bad weather or nighttime, the evidence captured in video may become unclear, hindering accurate situational understanding. Flat-C_HD addresses these challenges by enabling the enhancement of video clarity, allowing for a more detailed record of the situation. 【Usage Scenarios】 - Enhancement of dashcam footage - Enhancement of surveillance camera footage - Recording of accident scenes 【Benefits of Implementation】 - Accurate understanding of accident situations - Improved evidential value - Support for identifying the causes of accidents

  • Color camera
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  • Surveillance Camera System
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Ultra-high sensitivity camera for deep-sea exploration - FLC-6000

Ultra-high sensitivity camera for deep-sea exploration - FLC-6000

Clear images even in darkness. Supporting deep-sea exploration.

In the field of deep-sea exploration, capturing clear images in the deep darkness of the ocean is crucial. For various purposes such as observing seabed topography, conducting ecological surveys of marine organisms, and resource exploration, high-sensitivity and clear images are essential. Traditional cameras have struggled to capture images in dark environments, but the FLC-6000, with its ultra-high sensitivity performance of a minimum illumination of 0.003Lx, can record clear color videos even in dark places like the deep sea. 【Usage Scenarios】 - Observation of seabed topography in deep-sea research - Ecological surveys of marine organisms - Exploration of seabed resources 【Benefits of Implementation】 - Recording clear images even in dark environments - Improved research efficiency - Potential for new discoveries

  • Color camera
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Ultra High Sensitivity Camera for Criminal Investigation - FLC-6000

Ultra High Sensitivity Camera for Criminal Investigation - FLC-6000

Ultra-high sensitivity camera that enables evidence collection in dark places.

In criminal investigations, it is important to reliably record evidence in the form of video. Particularly during investigations at night or in dimly lit areas, capturing clear footage can be challenging. The lack of clarity in evidence footage can lead to delays in investigations and, in some cases, hinder the resolution of cases. The FLC-6000, with its ultra-sensitive performance of a minimum illumination of 0.003Lx, can capture clear color video even in darkness. This allows for detailed documentation of the crime scene and contributes to the efficiency of investigations. 【Usage Scenarios】 - Nighttime surveillance - Evidence collection - Documentation of crime scenes 【Benefits of Implementation】 - Clear video recording in low light - Securing evidence - Increased efficiency in investigations

  • Color camera
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Ultra-high sensitivity camera for deep-sea exploration - FLC-6000

Ultra-high sensitivity camera for deep-sea exploration - FLC-6000

Clear images even in darkness. Supporting deep-sea exploration.

In the field of deep-sea exploration, capturing clear images in the darkness at depths of several hundred meters is crucial. High-sensitivity and high-resolution cameras are required for various purposes such as observing deep-sea organisms, surveying seabed topography, and resource exploration. Traditional cameras face challenges where the images become unclear due to insufficient light or require special lighting. The FLC-6000, with its ultra-high sensitivity performance of a minimum illumination of 0.003Lx, can capture clear color videos even in dark underwater environments. This enhances the quality of images in deep-sea exploration and allows for the acquisition of more detailed information. 【Usage Scenarios】 - Ecological observation of deep-sea organisms - Surveying seabed topography - Exploration of deep-sea resources - Mounting on underwater robots 【Benefits of Implementation】 - Ability to capture clear images even in dark waters - Acquisition of more detailed information through high-sensitivity sensors - Long operational time due to energy-efficient design - Compatibility with various special shooting requirements

  • Color camera
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High-Sensitivity Near-Infrared Camera for Research and Development - FS-1700IRP

High-Sensitivity Near-Infrared Camera for Research and Development - FS-1700IRP

71fps display provides smooth live images! Contributes to material analysis.

In the field of research and development, material analysis requires the visualization and detailed analysis of the fine structures and properties of materials. Particularly in the detection of defects and foreign substances, as well as composition analysis, high-sensitivity and high-resolution image acquisition is crucial. Capturing information that cannot be detected by conventional visible light in the near-infrared range may lead to new discoveries. The FS-1700IRP is a high-sensitivity near-infrared camera capable of receiving light from visible to far-infrared (400nm to 1700nm). It features an image enhancement function built into the body and enables the detection of weak light levels with stable image quality through Peltier cooling. 【Application Scenes】 - Observation of internal structures of materials - Detection of foreign substances and defects - Composition analysis - Non-destructive testing 【Benefits of Implementation】 - Visualization of fine information through high-sensitivity image acquisition - Accurate analysis with stable image quality - Potential for new discoveries through the utilization of the near-infrared range - Increased efficiency in material development

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  • Other measurement, recording and measuring instruments
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Thermographic camera 'HM-TP74-25SVF/W-G41'

Thermographic camera 'HM-TP74-25SVF/W-G41'

Frame rate is 25Hz! A handheld thermal imaging camera designed for temperature measurement needs.

We would like to introduce our handheld thermal imaging camera, the 'HM-TP74-25SVF/W-G41'. The focus system includes auto, manual, and laser options. The frame rate is 25Hz. This product is based on thermal technology and is designed to meet temperature measurement needs, enabling quick troubleshooting on-site. 【Specifications (partial)】 <Thermal Module> ■ Image Sensor: Uncooled vanadium oxide focal plane array ■ Thermal Image Resolution: 480×360 (172,800 pixels) ■ Pixel Pitch: 17μm ■ Measurement Wavelength: 8-14μm ■ NETD: <35mK (@25℃), F#=1.0 *For more details, please refer to the PDF document or feel free to contact us.

  • Other inspection equipment and devices
  • Other measurement, recording and measuring instruments
  • Thermography
  • camera

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Handheld Thermal Imaging Camera 'M20'

Handheld Thermal Imaging Camera 'M20'

The thermal image resolution is 256×192! Equipped with a 3.5'' touch screen LCD display.

We would like to introduce the handheld thermal imaging camera 'M20' that we handle. The temperature measurement rules include center spot, hot spot, cold spot, and custom point/line/area. The recording time for videos is 15 hours. Additionally, it supports 18 languages including English, German, French, Russian, Korean, Spanish, Portuguese, Italian, and Japanese. 【Specifications (partial)】 <Thermal Module> ■ Image Sensor: Uncooled vanadium oxide focal plane array ■ Thermal Image Resolution: 256×192 ■ Pixel Pitch: 12μm ■ Measurement Wavelength: 7.5μm to 14μm ■ NETD: <40mK (@25℃, F#=1.0) *For more details, please refer to the PDF document or feel free to contact us.

  • Other inspection equipment and devices
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  • Thermography
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[Developer Interview] Utilization of Visualization Technology in the Production Field

[Developer Interview] Utilization of Visualization Technology in the Production Field

Introducing the use of image enhancement in production sites such as factories through a video!

With the catchphrase "More Visible," the technology of Logic and Design is aiming to change the way image recognition is approached across various industries and sectors. We have conducted a development interview with our Executive Director of Technology Development, who is the developer, and compiled it into video content. The sixth installment focuses on the use of image enhancement in production sites such as factories. We have introduced the video in the related links below, so please take a look. [Overview] ■ Enhancement processing of images from X-ray cameras used during inspections in production sites. *For more details, please refer to the PDF materials or feel free to contact us.

  • Image Processing Equipment
  • Other image-related equipment
  • X-ray inspection equipment
  • camera

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