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Cameras for Industrial, Scientific & Machine Vision

ZH640 SF6/VOC gas leakage infrared imager is a high-precision optical gas imaging device used to visualize sulfur hexafluoride (SF₆) , ammonia (NH₃) , ethylene (C₂H₄) , and other industrial gas leaks in various environments. It uses longwave quantum well infrared photoelectric (QWIP) detection technology, making it a breakthrough ...

Specifications

Camera Type: Industrial
Array Type: QWIP
Spectral Band: 3.1-10.7um
# Pixels (Height): 640/320
# Pixels (Width): 512/256
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Data Sheet
ZH480 UV Camera is a powerful dual-channel UV imaging equipment with a wide-angle and telephoto lens. It can accurately locate corona and arc, display and record the photon number of discharge 24 hours a day. It can realize the prospective and pre-maintenance inspection of electrical equipment such as substation, transmission and ...

Specifications

Camera Type: Industrial, Scientific, Security
Array Type: InGaAs
Spectral Band: 240-280um
# Pixels (Height): 576
# Pixels (Width): 736
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Data Sheet
The hyperspectral imager is a light sensor suitable for field operations. Spectral imaging system, the camera has a built-in power module, no need for external wiring, and it can be used on field. Built-in portable hyperspectral imager equipped with laser ranging module and automatic alignment focusing lens, which can quickly ...

Specifications

Number Of Channels: >4
Sensor Type: CCD, CMOS
Wavelength Range: 250-1700nm
Pixel Size: 12um, 17um
Wavelength: 400-1000nm
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Data Sheet
GaiaSky-VIS/NIR camera provide extremely high-resolution images by scanning and taking multiple images to construct a hyperspectral datacube. Hyperspectral imaging devices (GaiaSky) for lens scanning obtain slit spectra by projecting a strip of the scene onto a slit and dispersing the slit image with a prism or a grating. In ...

Specifications

Number Of Channels: >4
Sensor Type: CCD
Wavelength Range: 400-1000nm
Spectral Resolution: 3.5 nm
Numerical Aperture: F/2.8
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Data Sheet
In industrial applications today, we encounter cameras that capture both visible and invisible light, opening doors to new possibilities and previously challenging computer vision tasks. Allow us to introduce our new Short Wavelength Infra-Red (SWIR) imaging sensor camera, which can support these opportunities. But what is SWIR? In ...

Specifications

Sensor Type: CMOS
# Pixels (Width): 1296
# Pixels (Height): 1032
Pixel Size (Square): 5 um
Peak Quantum Efficiency: >75 %
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Data Sheet
In the realm of industrial equipment, the demand for camera-based inspections is steadily increasing, with stringent performance requirements. Ultraviolet (UV) industrial cameras are gaining prominence as they leverage UV lighting and UV-compatible lenses to capture special visual information unattainable by standard visible-light ...

Specifications

Sensor Type: CMOS
# Pixels (Width): 2840
# Pixels (Height): 2840
Pixel Size (Square): 2.74 um
Peak Quantum Efficiency: 40.4 %
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Data Sheet
Universal USB3 camera series with up to 5 Gigabit transfer rate  Excellent image quality due to high quality sensors up to 31.5 MPixel Onboard smart features for CPU unloading Internal image memory for lossless image transfer Various I/O options for easy process integration Easy integration thanks to Software Development Kit

Specifications

Sensor Type: CMOS
# Pixels (Width): 6480
# Pixels (Height): 4856
Pixel Size (Square): 3.45 um
Peak Quantum Efficiency: 69.8 %
...
Data Sheet
Imperx SDI C2010 Camera
Imperx
The Imperx SDI C2010 camera is a small profile, ruggedized, progressive scan digital camera with selectable 1080p resolution in 3G-SDI or HD-SDI up to 60 fps. The camera is fully programmable and field upgradeable. The C2010 is SMPTE 292 and 296 compliant and includes easy-to-use configuration software. The camera has excellent ...

Specifications

Sensor Type: CMOS
# Pixels (Width): 1920
# Pixels (Height): 1080
Pixel Size (Square): 3.45 um
Peak Quantum Efficiency: 100 %
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Data Sheet
AC62KUSB – Color Area Camera Based On NanEye Sensor
BAP Image Systems GmbH
The device operates with up to two NanEye tiny camera head modules which consist of CMOS image sensors. Those sensor are assembled with special lens, fit in a diameter of only 1.5 mm and can be driven by a ribbon cable up to 2 m in length. The camera optic covers a field of 1 mm x 1 mm with 62.5 KPixel (250 x 250 Pixel) at a 3 ...

Specifications

Sensor Type: CMOS, CCD
# Pixels (Width): 249
# Pixels (Height): 250
Pixel Size (Square): 3 um
Peak Quantum Efficiency: -- %
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Data Sheet
ZH580-UAV-S is a drone carried multi-spectral imaging system with high integration of UV, IR, visible & laser, which has characteristics of integrated design, light-weight, multi-spectral and quick-handling. Developed based on the PSDK platform, through the high-precision special PTZ and adapter quickly docking DJI M300 RTK /M350 ...

Specifications

Camera Type: Industrial
Array Type: Vanadium Oxide (VOx) Microbolometer
Spectral Band: 0.24-14um
# Pixels (Height): 720
# Pixels (Width): 1280
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Data Sheet
ZH580 Daytime Corona Cameras is a non-destructive testing (NDT) technology 3-in-1 imaging system which is now widely used for Substations and transmission lines inspection. ZH580 takes the UV detecting technology, out-of-band rejection UV filter technology, and visual optical fusion algorithm technology. It can eliminate the ...

Specifications

Sensor Type:
# Pixels (Width):
# Pixels (Height):
Pixel Size (Square): um
Peak Quantum Efficiency: %
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Data Sheet
ZH480-UAV Drone Carried UV Camera is configured with a special PTZ and UV imager host, combined with DJI PSDK development, fast docking with M300RTK, with good seismic resistance and stability. The flight testing is very convenient and can be performed day or night for precise positioning, display and photon counting. ZH480-UAV drone ...

Specifications

Sensor Type: InGaAs Array
# Pixels (Width): 1280
# Pixels (Height): 720
Pixel Size (Square): 17 um
Peak Quantum Efficiency: 61 %
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Data Sheet
Built for Adaptive Optics' highest performance With frame rates over 3000 fps in full-frame the HNü 240 camera provides exactly what is to be expected from a high-end E⁣M⁣C⁣C⁣D⁣ Adaptive Optics (AO) optimized camera: virtually no noise with the high frame rates necessary to outpace atmospheric distortion.  The HNü ...

Specifications

Sensor Type: EMCCD
# Pixels (Width): 240
# Pixels (Height): 240
Pixel Size (Square): 24 um
Peak Quantum Efficiency: 95 %
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Data Sheet
Built for resolution: Made for applications requiring a large field of view along with photon counting⁣ capabilities in the fields of Space & Defense, Life Science, Physics, Industry and more. The HNü 1024 camera provides exactly what is to be expected from a high-end E⁣M⁣C⁣C⁣D⁣ camera: virtually no noise. This ultimate ...

Specifications

Sensor Type: EMCCD
# Pixels (Width): 1024
# Pixels (Height): 1024
Pixel Size (Square): 13 um
Peak Quantum Efficiency: 95 %
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Data Sheet
Built for high frame rates: Frame rates exceeding 1460 fps in full frame! Made for high-speed applications such as Adaptive Optics (AO) and neural and cardiac imaging, the HNü 128 camera provides exactly what is to be expected from a high-end E⁣M⁣C⁣C⁣D⁣ camera: virtually no noise. This ultimate sensitivity enables highly ...

Specifications

Sensor Type: EMCCD
# Pixels (Width): 128
# Pixels (Height): 128
Pixel Size (Square): 24 um
Peak Quantum Efficiency: 95 %
...
Data Sheet
Built for maximum sensitivity: With industry-leading low-light S⁣N⁣R.⁣ Made for applications requiring the ultimate sensitivity in Space & Defense, Life Sciences, Physics, Industry and many other fields, the HNü 512 camera provides exactly what is to be expected from a high-end E⁣M⁣C⁣C⁣D⁣ camera: virtually no noise. This ...

Specifications

Sensor Type: EMCCD
# Pixels (Width): 512
# Pixels (Height): 512
Pixel Size (Square): 16 um
Peak Quantum Efficiency: 95 %
...
Data Sheet
29mm-IP67 SERIES Machine Vision Camera Enclosure
1stVision
The IP67 Nano (Extruded) Series Machine Vision Camera Enclosure from Components Express, Inc. (CEI) is a high-quality, innovative solution for demanding vision applications.   Proudly made in the USA, this camera enclosure is designed to provide excellent protection and heat dissipation for your Dalsa Genie Nano and other ...

Specifications

Camera: Dalsa Genie Nano & Other Machine Vision
Optics: Supports a wide range of C-Mount optics
Window: Midwest Optical – AR coated
Interface Connector: M12 X-Code Ethernet
Optional Interface Connector: M12 12 pin male
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Data Sheet
Handheld industrial acoustic camera supporting ultrasonic frequency bands. The instrument uses microphone array beamforming technology to obtain sound source distribution data and cooperate with a high-definition camera to collect video images in real-time, by combining sound source distribution data with video, by fusing the sound ...

Specifications

Number Of MEMS Microphones: 128
Number Of Pixels: 8 million
Image Frame Rate: 30 FPS
Video Frame Rate: 25 FPS
Acoustic Field Of View (FOV): 70 deg
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Data Sheet
High resolution direct phosphor imaging, ideal for researching the elemental composition and structure of biological samples through Micro CT (Computed Tomography), Soft X-Ray Microscopy, X-Ray Spectroscopy, Coherent X-Ray Diffraction, Crystallography, Non-Destructive Testing, Fluoroscopy, Plasma Diagnostics, ...

Specifications

Sensor Type: CMOS
Detection Method: Direct Detection
# Pixels (Width): 5056
# Pixels (Height): 2968
Pixel Size (Square): 4.25 um
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Data Sheet
X-Scan’s XIH8800 Line – Scan Cameras are designed for high-energy x-ray and gamma-ray scanning applications ranging from 100 KeV to 15 MeV energy levels. High-energy accelerators, collimators, and detectors such as the XIH8800 are required to image large, dense objects such as metal castings and steel ...

Specifications

Sensor Type: CMOS
Detection Method: Indirect Detection
# Pixels (Width): .05 to 1.6mm
# Pixels (Height): .05 to 2.4
Pixel Size (Square): Detector dependent um
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Data Sheet
The X-Scan XID8800 Series Line-Scan Camera Module Series offers dual-energy imaging capability to differentiate materials in a variety of inspection applications by simultaneously capturing high-energy and low-energy images.Specific features include: X-ray energy range options for low (25-100 KeV) and high (45-160 KeV) ...

Specifications

Sensor Type: CMOS
Detection Method: Indirect Detection
# Pixels (Width): .05 to 1.6mm
# Pixels (Height): .05 to 2.4
Pixel Size (Square): Detector dependent um
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Data Sheet
The XI8800 Linear Diode Array (LDA) Camera Module Series incorporates X-Scan’s buttable detector array chips and an integrated computer interface module. Multiple chips can be tiled together in a virtually seamless fashion for imaging applications requiring longer active detector lengths. A variety of resolutions and selection ...

Specifications

Sensor Type: CMOS
Detection Method: Indirect Detection
# Pixels (Width): .05 to 1.6mm
# Pixels (Height): .05 to 2.4
Pixel Size (Square): Detector dependent um
...
Data Sheet
Time Delay Integration (TDI) is a special image acquisition method that is used for in-line inspection application that requires highspeed, high sensitivity and high resolution. XTI12848 TDI camera is designed for long life with a Fiber Optic Plate that separates the sensor from the X-Ray path. X-Scan Imaging can help users select ...

Specifications

Sensor Type: CCD
Detection Method: Indirect Detection
# Pixels (Width): 2048
# Pixels (Height): 128
Pixel Size (Square): 48 um
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Data Sheet
The PicoStar UF is an ICCD/CMOS camera consisting of a state-of-the-art picosecond time-gated image intensifier  coupled to the CCD/CMOS camera via a high optical efficiency relay optics. In the ultra-fast time-gated mode, the image intensifier has a minimum gate width <65ps @ trigger rate <10kHz

Specifications

Sensor Type: iCCD
# Pixels (Width): 1920
# Pixels (Height): 1200
Pixel Size (Square): 5.86 um
Peak Quantum Efficiency: 70 %
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Data Sheet
The PicoStar is an ICCD camera consisting of a state-of-the-art. picosecond time-gated image intensifier  coupled to the CCD/CMOS camera via a high optical efficiency relay optics. In the fast time-gated mode, the image intensifier has a minimum gate width <100ps @ trigger rate <10kHz

Specifications

Sensor Type: iCCD
# Pixels (Width): 1920
# Pixels (Height): 1200
Pixel Size (Square): 5.86 um
Peak Quantum Efficiency: 70 %
...
Data Sheet

Frequently Asked Questions

FindLight has a wide range of cameras, including industrial cameras, scientific cameras, machine vision cameras, and microscopy cameras offered directly by suppliers and manufacturers.

CMOS cameras are typically faster and use less power than CCD cameras, but may have lower sensitivity and image quality. CCD cameras, on the other hand, tend to have better image quality and sensitivity, but may be slower and use more power.

Monochrome cameras capture images in black and white, while color cameras capture images in full color. Color cameras may use a filter array (such as a Bayer filter) to capture color information, which can result in a slight loss of image resolution.

Yes, many of the suppliers on FindLight offer technical support and assistance with installation, calibration, and troubleshooting. Check the product description or contact the supplier directly for more information.

An area scan camera captures a two-dimensional image of a scene, while a line scan camera captures a single line of pixels at a time as it moves over an object. Area scan cameras are best for capturing still or slow-moving objects, while line scan cameras are best for capturing fast-moving objects or inspecting continuous web-based materials.

Choosing the right camera sensor size depends on the field of view, resolution, and image quality required for the application. Larger sensors generally provide higher resolution and better low-light sensitivity, while smaller sensors may be more cost-effective or provide faster frame rates.

A global shutter captures the entire image at once, while a rolling shutter captures the image line by line. Global shutters are ideal for capturing high-speed motion, while rolling shutters are more susceptible to image distortion and motion artifacts.

Cameras can be designed for high-temperature environments using materials and components that can withstand extreme temperatures. However, not all cameras are suitable for such environments, so it is important to choose a camera that is specifically designed for the application.

The interface affects camera performance and data transfer by dictating the speed, bandwidth, and ease of use of the camera. For example, USB cameras are generally easy to use but may have lower bandwidth and higher latency compared to other interfaces like Camera Link or CoaXPress. It is important to choose an interface that can handle the data requirements and environmental conditions of the application.

Acoustic infrared cameras represent the pinnacle of advanced monitoring and analysis technology. By harnessing the combined power of acoustic and thermal imaging, these cutting-edge devices offer unparalleled capabilities in detecting and localizing sound sources with exceptional precision. Whether it's for industrial processes, maintenance tasks, or safety applications, acoustic infrared cameras provide a comprehensive solution that goes beyond traditional imaging systems.

One of the key advantages of acoustic infrared cameras is their ability to capture both audio and thermal data simultaneously. This unique capability enables users to identify and analyze potential issues in real-time, saving valuable time and resources. With the integration of acoustic and thermal imaging, these cameras can detect and visualize hidden anomalies that would otherwise remain undetected. From identifying leaks in pressurized systems to pinpointing faulty machinery or electrical components, acoustic infrared cameras offer a non-invasive and efficient solution for proactive maintenance and troubleshooting.

In industrial settings, acoustic infrared cameras play a crucial role in optimizing operational efficiency and ensuring a safe working environment. By leveraging their advanced capabilities, users can monitor complex processes and identify potential malfunctions before they escalate into costly breakdowns or accidents. For instance, in manufacturing facilities, acoustic infrared cameras can detect abnormal noises or vibrations in machinery, allowing operators to take immediate corrective actions and prevent costly downtime.

Furthermore, acoustic infrared cameras find extensive use in the field of predictive maintenance. By continuously monitoring equipment and analyzing acoustic and thermal patterns, these cameras enable businesses to implement condition-based maintenance strategies. This proactive approach helps organizations to schedule maintenance tasks based on actual asset health, reducing unnecessary downtime and extending the lifespan of critical equipment.

Beyond industrial applications, acoustic infrared cameras have proven to be invaluable tools for safety and security purposes. These cameras can detect and locate sounds such as breaking glass, gunshots, or abnormal activity, aiding in the swift response to potential threats. In sensitive environments like airports, transportation hubs, or public spaces, acoustic infrared cameras enhance situational awareness and enable early intervention in critical situations.

In conclusion, acoustic infrared cameras represent a significant advancement in monitoring and analysis technology. With their ability to capture both acoustic and thermal data simultaneously, these cameras empower businesses to proactively address maintenance, safety, and security challenges. By harnessing the power of acoustic and thermal imaging, users can unlock valuable insights, optimize operations, and ensure the smooth functioning of critical systems. Invest in acoustic infrared cameras to stay ahead of the curve and unlock a new level of efficiency and safety for your organization

Find a diverse range of cameras for industrial, scientific, machine vision, and microscopy applications on FindLight. Whether you're looking for high-resolution cameras for medical imaging, cameras for quality control in manufacturing, or cameras for scientific research, we have a wide selection from top suppliers worldwide. Explore different camera types, including area scan, line scan, and 3D cameras, to meet your imaging needs. With a variety of features, such as high frame rates, low noise, and customizable settings, you can find the right camera for your specific application on FindLight.

Did You know?

Did you know that cameras have become an essential tool in various industries, including scientific research, healthcare, security, and entertainment? Today's cameras are equipped with advanced features such as high-resolution sensors, fast frame rates, and real-time processing capabilities, making them suitable for a wide range of applications. From high-speed imaging to thermal imaging, cameras can capture and analyze images and data that are beyond the reach of human perception. They can also be integrated with machine learning algorithms and artificial intelligence to automate tasks and improve accuracy. With the increasing demand for automation and digitalization, cameras are becoming more advanced, compact, and affordable, making them accessible to a broader audience. Explore our selection of cameras from over 300 suppliers worldwide and find the perfect imaging solution for your application needs.