UV-Enhanced
UV Camera Technology for Industrial Image Processing
Ultraviolet (UV) camera technology has become a vital tool in industrial image processing, offering unique advantages that go beyond the capabilities of visible light. By utilizing ultraviolet light in the wavelength range of 200nm to 400nm, these cameras enable a wide range of applications in various fields, including:
Forensics: Detecting and analyzing traces of evidence, such as body fluids or fingerprints, which may not be visible under normal lighting conditions.
Surface Analysis: Identifying material properties and surface defects that are undetectable by visible light.
Material Differentiation: Distinguishing between materials or coatings by their UV reflectance properties.
Human Skin Changes: Observing and diagnosing changes in human skin, especially in dermatological research and medical diagnostics.
UV Flame Detection: Detecting UV emissions from hydrogen flames, which are invisible to the naked eye but can be crucial for safety in industrial hydrogen applications.
We provide a wide selection of advanced UV cameras equipped with GPIXEL and SONY UV-sensitive sensors, ensuring high resolution and sensitivity. In addition, we offer matching quartz UV lenses, optimized for excellent performance across the UV spectrum. These products are designed to meet the specific needs of various industries, providing precise imaging for critical applications.
Whether you're working in scientific research, safety monitoring, or industrial quality control, our UV camera systems are engineered to deliver exceptional results.
SCA9701-UV-TR 1.3MP sCMOS
The SCM9701-UV-TR camera is a versatile imaging solution, equipped with the GPIXEL GLUX9701BSI back-illuminated sCMOS sensor. This sensor features a 1″ format with 1208×1024 pixels, each measuring 9.76×9.76 µm. Below are key features and capabilities of this camera:
Key Features:
- Resolution and Sensor: The camera offers a 1208×1024 pixel resolution using the GPIXEL GLUX9701BSI back-illuminated sCMOS sensor.
- Pixel Size: Each pixel is 9.76×9.76 µm, enabling high image detail.
- Frame Rate: The camera supports a maximum frame rate of 30 fps at full resolution.
- Low Light Performance: The SCM9701-UV-TR has exceptional light sensitivity, with a very low noise level of <2e-, making it ideal for low-light imaging applications.
- Exposure Time: The camera allows for a maximum exposure time of 60 seconds, which is beneficial for capturing long-exposure images or for use in very low-light conditions.
- Gain Settings: It features selectable Low Conversion Gain (LCG), High Conversion Gain (HCG), and High Dynamic Range (HDR) modes, offering flexibility in handling various lighting conditions.
- Bit Depth: The camera provides selectable 8-bit or 16-bit output, allowing users to choose between lower data sizes or higher precision in measurements.
- External Trigger I/O: A notable addition is the external trigger I/O function, providing users the ability to synchronize the camera with other systems or events.
Sensitivity:
- Spectral Range: The camera is sensitive across a wide range, from 200 to 1100 nm, enabling it to capture images in both the infrared (IR) and ultraviolet (UV) spectrums.
- This makes the camera suitable for a variety of specialized imaging tasks, such as biological and chemical analysis, as well as night or low-light surveillance.
Software and Connectivity:
- EHDView Software: The camera comes bundled with EHDView software, allowing for easy camera control, image capture, and analysis.
- SDK (Software Development Kit): For advanced users, the camera is accompanied by an SDK for custom software development.
- USB 3.0: It connects via USB 3.0, ensuring high-speed data transfer.
- Cross-Platform Compatibility: EHDView Lite is available for macOS and Linux systems, allowing flexibility for users across different platforms.
Use Cases:
This camera is well-suited for applications in fields like:
- Low-light imaging: Its high sensitivity and low noise are perfect for capturing clear images in challenging light conditions.
- Scientific research: Its ability to capture UV and IR spectra makes it ideal for specialized scientific experiments.
- Surveillance and security: The camera’s sensitivity across a broad wavelength range is beneficial for monitoring in various environments.
In summary, the SCM9701-UV-TR camera is a powerful, flexible imaging tool that excels in both high- and low-light environments, with versatile sensor capabilities and high sensitivity across the UV and IR spectrum.
SCA2020-UV-TR (GSENSE2020BSI) USB3 or 10G interface
The SCA2020UV-TR camera is designed for high sensitivity and versatility, featuring the GSENSE 2020BSI (back-illuminated) sCMOS sensor. Here’s a summary of its key specifications:
- Sensor: The GSENSE 2020BSI sCMOS sensor has a size of 1.2 inches with a resolution of 2048×2048 pixels, with each pixel measuring 6.5 x 6.5 µm. The back-illuminated design enhances light sensitivity, improving performance in low-light conditions.
- Mount: The camera is equipped with an M42 mount and includes an adjustable C-Mount adapter for flexible lens compatibility.
- Triggering: A new external trigger I/O function provides the ability to synchronize the camera with other devices or systems.
- Framerate: At full resolution, the camera supports a maximum framerate of 32 fps.
- Exposure Time: The maximum exposure time can be extended up to 60 seconds, making it suitable for applications requiring long exposure in low-light environments.
- Gain Modes: The camera offers selectable gain modes including Low Conversion Gain (LCG), High Conversion Gain (HCG), and 16bit High Dynamic Range (HDR), which allow for improved image quality under different lighting conditions.
- Interface: High-Speed USB3.0 or 10G interface available.
- Software: It includes the EHDView software suite, an SDK, and a USB 3.0 cable for easy integration. Additionally, there is EHDView Lite software for MAC OS and Linux systems, expanding compatibility for diverse operating environments.
This camera is ideal for scientific imaging, industrial applications, and other environments where high sensitivity, low noise, and flexible control over exposure and gain are essential.
SCM487-UV-TR (Sony IMX487) 8.0MP UV Camera
The SCM487-UV-TR camera is a high-performance imaging solution designed for specialized applications that require precision and high sensitivity. Key features include:
- Sensor: It utilizes the Sony Pregius IMX487 Global Shutter CMOS sensor, which has a resolution of 2480×2480 pixels, with pixel dimensions of 2.74×2.74µm. This sensor offers high image quality and fast frame rates.
- Mount and Adapter: The camera has an M42 mount, with an adjustable C-Mount adapter, making it versatile for a wide range of lenses and setups.
- Triggering: It introduces an external trigger I/O function, enhancing its synchronization with other equipment or systems.
- Frame Rate: At full resolution, the camera can achieve a maximum frame rate of 45fps, which allows for smooth capture of high-detail images.
- Sensitivity and Exposure: The camera is highly sensitive, capable of capturing wavelengths from as low as 190nm (ultraviolet range), and it offers low noise performance. The exposure time can be set as long as 15 seconds, making it suitable for low-light or extended exposure applications. Additionally, it has selectable conversation gain for better control over image quality.
- Software and Connectivity: The camera is bundled with EHDView software and an SDK for integration into custom applications. It connects via USB 3.0, ensuring fast data transfer. There is also a lite version of EHDView available for Mac OS and Linux systems, broadening compatibility.
- RG Version: An RG (Removing Glass) version is also available, where the sensor comes without the cover glass, which can be useful for certain applications that require maximum sensitivity or to work in specific spectral ranges.
The SCM487-UV-TR camera is ideal for applications such as UV imaging, industrial inspection, scientific research, and other fields requiring high sensitivity and precision in capturing fine details.
SCA400-UV-TR (GSENSE400BSI) 16bit 4MP sCMOS
The EHD SCA400-UV-TE series scientific USB3.0 camera is designed for high-performance imaging applications, featuring a GSENSE400BSI, 4.0MP, 2.0″ frame backilluminated sCMOS monochrome sensor. This advanced sensor offers high sensitivity, allowing for detailed imaging even in low-light conditions, which is ideal for scientific and industrial applications where image quality is critical.
Key features of the camera include:
- High-Resolution and Low Noise: The 16-bit A/D conversion ensures precise, low-noise, high-resolution images, making it suitable for demanding applications in microscopy, astronomy, and other research fields.
- Data Transfer: With the USB3.0 interface, the camera provides fast data transfer, allowing for quick image acquisition and analysis.
- Camera Interface: The camera supports GPIO’s (General Purpose Input/Output) for custom configurations and a Trigger IN/OUT for synchronizing with external devices or experiments.
- Mounting Options: The camera comes with a T-Mount, and a F-Mount adapter is available as an optional accessory, allowing for flexible integration with various optics and lenses.
- Software and SDK: EHDView acquisition software is included, along with a free SDK compatible with Windows, Linux, and macOS platforms, allowing for easy integration and control in a variety of operating environments.
This camera series is an excellent choice for researchers and professionals requiring high-quality, high-speed imaging with versatile mounting options and robust software support.
SC1605UV-ITR cooled 0.5MP sCMOS
The EHD SC1605UV-ITR series industrial camera is designed for high-performance imaging in various demanding environments. Below is an overview of its features:
- Sensor:
- The camera is equipped with a GLUX1605BSI, a 0.5MP 1″ back-illuminated sCMOS monochrome sensor with 800×600 pixels, where each pixel measures 16×16µm.
- This sensor is highly sensitive in the 200-1100nm range, making it suitable for infrared and ultraviolet applications. Its high light sensitivity also makes it effective in low-light conditions.
- Cooling:
- The sensor benefits from a two-stage Peltier cooling system that can cool the chip to -40°C below ambient temperature. This significantly enhances the signal-to-noise ratio and reduces image noise by improving the sensor’s thermal performance.
- The camera includes an electric fan to assist with heat dissipation, ensuring efficient heat radiation and preventing moisture buildup.
- Image Quality:
- The camera supports 16-bit A/D conversion, ensuring high-resolution, low-noise images with very high quality. It also provides HDR output (8-bit/16-bit), enabling the capture of images with wide dynamic ranges, ideal for applications requiring accurate light representation.
- Connectivity:
- Data transfer is facilitated through a USB 3.0 interface, offering fast communication and reliable image acquisition.
- The camera includes 2 GPIO pins and Trigger IN/OUT, allowing for flexible integration into automated systems or specific setups.
- Mounting and Software:
- The camera has a C-Mount, with an optional F-Mount adapter for compatibility with a wide range of lenses.
- It is compatible with the EHDView acquisition software and includes a free SDK for Windows, Linux, and MacOS platforms, making it versatile for different user needs and environments.
This combination of high sensitivity, cooling technology, and powerful data transfer capabilities makes the EHD SC1605UV-ITR camera well-suited for precision industrial applications, scientific research, and environments with low-light or specialized wavelength requirements.
SC9701UV-ITR cooled 1.3MP sCMOS
The EHD SC9701UV-ITR series industrial USB 3.0 camera with the GLUX9701BSI sensor is a highly capable imaging device designed for demanding applications. Here’s a breakdown of its key features:
- Sensor Specifications:
- Sensor Type: 1.3 MP backilluminated sCMOS monochrome sensor (GLUX9701BSI).
- Resolution: 1280 x 1024 pixels.
- Pixel Size: 9.76 x 9.76 µm.
- Light Sensitivity: Sensitive across a broad wavelength range from 200 to 1100 nm, making it suitable for both infrared (IR) and ultraviolet (UV) imaging.
- Low Light Performance: The high sensitivity and cooling features allow it to capture clear images in low-light environments, which is ideal for scientific and industrial applications where light levels are often low.
- Cooling and Noise Reduction:
- Peltier Cooling: The sensor is equipped with a two-stage Peltier cooler, capable of reducing the temperature to -40°C below ambient temperature. This cooling system minimizes thermal noise and significantly improves the signal-to-noise ratio (SNR), providing high-quality, noise-free images.
- Heat Radiation Efficiency: The smart structural design, combined with an electric fan, helps dissipate heat efficiently and prevent moisture build-up, which could affect image quality and sensor performance.
- Data Transfer and Interface:
- USB 3.0 Interface: Fast data transfer is supported through the industry-standard USB 3.0 interface, ensuring high-speed communication and minimal lag when capturing images or video.
- A/D Conversion: The 16-bit analog-to-digital conversion ensures high-resolution and low-noise images with excellent image fidelity.
- Trigger and GPIO:
- The camera is equipped with two General-Purpose Input/Output (GPIO) pins and Trigger IN/OUT functionality, making it flexible for use in synchronization with other equipment in automated systems or experimental setups.
- Lens Mount and Adaptability:
- The camera comes with a C-mount and an optional F-mount adapter, offering flexibility for different lenses, depending on your specific application.
- Software and SDK:
- EHDView Software: The camera comes with acquisition software (EHDView) for controlling the camera and acquiring images.
- SDK: A multi-platform Software Development Kit (SDK) is provided for Windows, Linux, and macOS. This SDK allows integration into custom software or automation systems for specialized imaging needs.
- HDR Output:
- The camera supports 8-bit and 16-bit High Dynamic Range (HDR) output, allowing it to capture detailed images in high-contrast scenes.
This camera is ideal for applications in industrial inspection, scientific research, and any environment where high sensitivity, low-light performance, and noise reduction are critical.
SC2020UV-ITR (GSENSE2020BSI) cooled 4MP sCMOS
The EHD SC2020UV-ITR series industrial USB3.0 camera, featuring the GSENSE2020BSI monochrome sCMOS sensor, is designed to capture high-resolution images with minimal noise. Here are some key features of this camera:
- Sensor:
- GSENSE2020BSI: 4.0MP, 1.2″ frame, back-illuminated sCMOS monochrome sensor.
- Pixel Size: 2048×2048 pixels with a size of 11×11µm, allowing for detailed imaging with good sensitivity.
- Cooling and Image Quality:
- The sensor chip is equipped with a two-stage Peltier cooler, reducing the temperature to -40°C under ambient conditions, which significantly improves the signal-to-noise ratio (SNR) and reduces image noise. This is particularly beneficial for capturing clear and precise images in low-light or high-dynamic range conditions.
- The camera’s smart thermal design ensures efficient heat dissipation, preventing moisture accumulation, while the electric fan further accelerates cooling.
- Resolution and Bit Depth:
- The camera supports high-resolution, low-noise imaging with 16-bit A/D conversion, guaranteeing detailed and accurate images.
- It offers 8-bit, 11-bit, 12-bit, and 16-bit HDR output options for different imaging requirements, especially when dealing with high dynamic range scenes.
- Connectivity and Compatibility:
- The camera utilizes the USB3.0 interface for fast data transfer, making it compatible with most industrial computer systems.
- It also has 2 GPIO’s and Trigger IN/OUT, allowing for synchronized operation with other equipment in automated or experimental setups.
- It includes a C-Mount, with an optional F-Mount adapter for flexible lens mounting options.
- Software and SDK:
- The camera comes with the EHDView acquisition software for controlling and capturing images, and it supports a free Windows, Linux, and macOS SDK for integration into custom software applications.
- Global Reset Mode:
- The camera features Global Reset Mode, which is useful for precise timing and synchronization in imaging systems.
This camera is well-suited for applications requiring high sensitivity, low noise, and high resolution, such as scientific research, industrial inspection, and quality control.
MaxCam-2020UV-TE cooled 4MP sCMOS
The EHD MaxCam-2020UV-TE series is a high-performance scientific USB3.0 camera featuring the GSENSE2020BSI sensor, designed for demanding applications in fields such as scientific imaging, microscopy, and industrial inspection. Here’s a summary of its key specifications:
- Sensor:
- GSENSE2020BSI is a 4.0MP backilluminated sCMOS monochrome sensor.
- It has a 1.2-inch frame and a 2048×2048 pixel array with 11×11 µm pixel size.
- The backilluminated design improves light sensitivity, enhancing image quality, especially in low-light conditions.
- Cooling System:
- The camera features a two-stage Peltier cooling system, capable of cooling the sensor to -40°C below ambient temperature. This helps reduce thermal noise and improves the signal-to-noise ratio, leading to cleaner, high-quality images.
- Heat Management:
- The smart structure of the camera is optimized for heat radiation efficiency, reducing the risk of moisture buildup.
- An electric fan accelerates the heat dissipation, ensuring the camera remains cool during extended use.
- Connectivity:
- The camera utilizes a USB 3.0 interface for fast data transfer, offering high-speed communication with connected devices.
- It includes 2 GPIOs and Trigger IN/OUT for synchronization with other devices or cameras.
- Mounting Options:
- It has a C-Mount, and an optional F-Mount adapter is available, providing flexibility for different optical setups.
- Image Quality:
- The 16-bit A/D conversion ensures high-resolution and low-noise images, offering excellent dynamic range and color depth.
- Software and SDK:
- The camera comes with EHDView, a dedicated acquisition software, and supports a Windows/Linux/MacOS SDK, enabling seamless integration into various platforms for custom applications.
This camera is designed to deliver excellent performance in scientific imaging and other demanding visual inspection tasks where high sensitivity, low noise, and reliable cooling are essential.
MaxCam-400UV-TE cooled 4MP sCMOS
The EHD MaxCam-400UV-TE Series is a high-performance scientific camera designed for demanding imaging applications. It features the GSENSE400BSI sensor, a 4.0MP 2.0″ frame back-illuminated sCMOS monochrome sensor, which ensures high sensitivity and resolution for capturing clear, detailed images. The sensor’s back-illuminated design enhances light sensitivity, improving performance in low-light conditions.
Key features include:
- Cooling System: The camera is equipped with a two-stage Peltier cooling system that can lower the sensor temperature to -40°C below ambient temperature, significantly improving the signal-to-noise ratio (SNR) and minimizing image noise for high-quality, low-noise images. This feature makes it suitable for applications requiring high precision, such as scientific research or astrophotography.
- Thermal Management: The camera is designed with a smart structure to optimize heat dissipation, ensuring efficient cooling. An electric fan further accelerates heat dissipation, preventing overheating and improving system reliability. This thermal management helps maintain consistent performance during extended use.
- Connectivity and Control: The camera supports industry-standard USB3.0 for fast data transfer, ensuring quick and efficient image acquisition. It also offers 2 GPIO ports and Trigger IN/OUT, enabling integration into automated setups and synchronization with other equipment.
- Mounting Options: The camera comes with a T-Mount, and an F-Mount adapter is available as an option for greater flexibility in optical setups.
- Image Quality: With 16-bit A/D conversion, the camera guarantees high-resolution, low-noise images, making it suitable for scientific imaging tasks that require precise measurements and detailed analysis.
- Software and SDK: The camera includes EHDView acquisition software, offering a user-friendly interface for capturing and analyzing images. Additionally, a free SDK is provided for Windows, Linux, and macOS platforms, facilitating custom software development and integration.
This camera is ideal for high-precision scientific applications, such as microscopy, astronomy, and imaging in low-light environments, where low noise, high resolution, and thermal stability are crucial.