Lano Photonics LANO-MWIR32-100CL Alternatives & Competitors

The LANO-AS1200-10GM is a second-generation industrial camera with excellent power design, making it an ideal solution for various industrial applications. It features a new generation appearance structure design that supports four side installation, ensuring higher installation accuracy.

The PRO version of this camera is equipped with advanced features such as lossless compression, noise reduction, super color palette, user-defined key, and more, making it a versatile solution for a wide range of applications.

The camera is equipped with a Gigabit network interface that supports a maximum transmission distance of up to 100m without the need for relays. It is also compatible with GigE Vision V2.0 protocol and GenlCam standard, making it easy to seamlessly integrate with third-party software.

This camera has been certified to conform with CE, FCC, and RoHS standards. Its compact dimensions of 29mm x 29mm x 31.5mm make it easy to install in tight spaces without compromising performance.

Lano Photonics' LANO-HSC131-1000000G is a high-speed camera that boasts a number of impressive features. One of the most notable features of this camera is its ability to capture high-speed footage at incredible speeds. With a maximum frame rate of 1 million frames per second, this camera is capable of capturing even the fastest moving objects with stunning clarity.

In addition to its impressive speed, the LANO-HSC131-1000000G also offers support for up to 64 memory partitions. This means that users can easily store and manage large amounts of data, without worrying about running out of storage space. This feature is particularly useful for applications that require the capture and analysis of large amounts of data, such as scientific research or industrial testing.

The LANO-HSC131-1000000G also features a dual power supply redundant power supply interface design, which helps to ensure reliable operation even in the event of a power outage or other technical issue. This design feature helps to minimize downtime and keep operations running smoothly, even in challenging environments.

Another notable feature of the LANO-HSC131-1000000G is its standard 10 Gigabit network data transmission interface. This interface is compatible with Gigabit network infrastructure and allows for fast, reliable data transmission over long distances. This feature is particularly useful for applications that require remote monitoring or data capture.

The LANO-HSC131-1000000G also supports intelligent image trigger, which means that the camera can automatically trigger recording when image changes are detected. This feature is particularly useful for applications that require continuous monitoring, such as security surveillance or scientific research.

The fan in the LANO-HSC131-1000000G supports remote on and off, and adaptive speed according to temperature. This means that the camera can automatically adjust its fan speed based on the ambient temperature, which helps to ensure that the camera remains cool and operates efficiently.

Finally, the LANO-HSC131-1000000G supports GPU collaborative acceleration, which allows for fast export of massive data. This feature is particularly useful for applications that require the processing and analysis of large amounts of data, such as scientific research or industrial testing. With its impressive speed, reliability, and advanced features, the LANO-HSC131-1000000G is an excellent choice for a wide range of high-speed imaging applications.

The LANO-AF500-24GC is a second generation industrial camera designed with excellent power consumption in mind. Its new generation appearance structure also features higher installation accuracy, making it a versatile and reliable solution for various industrial imaging applications.

The PRO version of the LANO-AF500-24GC comes embedded with lossless compression, noise reduction, super color palette, and user-defined key functions, providing rich features that enable high-quality imaging and customization for specific use cases.

This industrial camera also features a Gigabit network interface with a maximum transmission distance of up to 100m without the need for a relay. It is compatible with GigE Vision V2.0 protocol and GenlCam standard, allowing for seamless connection with third-party software.

The LANO-AF500-24GC has CE, FCC, and RoHS certification, ensuring compliance with industry standards and regulations. Additionally, its compact size of 29 mm × 29 mm × 31.5 mm makes it easy to integrate into various industrial systems while maintaining high-quality imaging performance.

The Lano Photonics Economical Line Scan Camera is a cost-effective option designed for precision industry testing in non-high-end applications. This camera offers several standout features and capabilities that make it suitable for a range of industrial automation tasks.

The camera supports various conventional ISP (Image Signal Processing) functions, allowing for image enhancement and correction. It also supports true color SCS (Sensor Color Space) color correction, ensuring accurate color representation in captured images. Additionally, the camera supports black and white camera TDI (Time Delay Integration), enabling efficient image acquisition in low-light or high-speed scenarios. Bright/dark field correction, lens shadow correction, distortion correction, and light source uniformity correction further enhance image quality and accuracy.

With a built-in large-capacity frame buffer, the camera ensures safe and reliable data verification and repair technology. This feature guarantees smooth data transmission and reduces the risk of data loss or corruption. The camera's wide working voltage range of 9-52V and low power consumption design contribute to its versatility and adaptability to various industrial automation setups.

The software compatibility of the Lano Photonics Economical Line Scan Camera is another noteworthy aspect. It supports GigE Vision, a widely adopted interface standard for industrial cameras, ensuring seamless integration with compatible software systems. Moreover, the camera is compatible with the GenICam protocol, which provides a standardized way to control and configure imaging devices. This compatibility simplifies system integration, enabling efficient data processing and analysis.

Lano Photonic's LANO 990 and LANO 991 are cooled short-wavelength infrared cameras that utilize Sony's IMX990 and IMX991 InGaAs sensors with square sum pixel arrays. These sensors have a wide-band response of 0.4um-l.7um and low defect pixel ratios, resulting in high sensitivity with low FPN noise. The cameras include a 25mm filter holder, and the SWIR filter can be easily installed inside the camera. Both air cooling and liquid cooling versions are available, with the latter being recommended for applications requiring longer exposures.

Sony's original SenSWIR technology is employed in the LANO 990 and 991, where photodiodes are formed on an InGaAs compound semiconductor layer and are connected via Cu-Cu connection with the silicon Si layer, enabling high-sensitivity over a broad range of wavelengths. This technology allows for compact SWIR image sensors that are capable of capturing images over a broad range of wavelengths covering from the visible to the invisible light spectrum, which is not visible to the human eye. Therefore, these cameras contribute to the development of diversitying industrial equipment and testing equipment for various applications.

The LANO 990 and 991 have a high image quality and a more compact sensor size thanks to miniaturization, as well as high sensitivity imaging in a broad range of wavelengths covering both the visible and invisible spectrum. They also support digital output, matching the performance of current CMOS image sensors for industrial equipment. These features make the cameras suitable for various applications such as material selection, contaminant inspection, and semiconductor inspection, aiming to contribute to improved productivity.

One of the challenges in miniaturizing SWIR image sensors is securing a certain bump pitch when bonding the InGaAs layer, which forms the light receiving photodiodes, and the Si layer. However, the LANO 990 and 991 feature a smaller pixel pitch made possible by the Cu-Cu connection, resulting in the industry's smallest square pixel size. This design enables imaging in a broad range of wavelengths from 0.4 um to 1.7 um, enabling the use of a single camera instead of multiple ones, reducing system costs and faster speeds.

Overall, the LANO 990 and 991 are advanced SWIR cameras that offer high sensitivity and image quality, miniaturization, and broad-range imaging capabilities, contributing to various industrial applications.

The Lano Photonics High-end Line Scan Camera is a top-of-the-line solution specifically designed for demanding industrial automation applications. This camera offers exceptional features, capabilities, and specialized specifications that set it apart from other options in the market.

One of the standout features of the camera is its high sensitivity and low noise performance. This allows for precise and accurate imaging even in low-light conditions, ensuring reliable detection and inspection. The camera's ability to capture clear and detailed images in challenging environments makes it a valuable tool for industrial automation tasks that require high sensitivity.

The Lano Photonics High-end Line Scan Camera provides advanced control options for optimizing image quality. With analog gain, digital gain, and bias control, users can adjust various parameters to achieve the desired image characteristics. This flexibility in control enables fine-tuning of the camera's performance to suit specific application requirements.

Exposure time control is another notable capability of the camera. It allows users to adjust the exposure duration to capture images with optimal brightness and contrast. This flexibility in exposure control is particularly valuable in industrial automation applications where precise control over image acquisition is essential.

The camera offers a complete range of interfaces, providing versatility in connectivity options. Whether it's Camera Link, CoaXPress, or other common interfaces, the camera ensures seamless integration with existing systems and compatibility with a wide range of industrial automation setups.

In terms of image quality enhancement, the Lano Photonics High-end Line Scan Camera incorporates several correction techniques. Camera-side flat-field correction eliminates variations in illumination across the field of view, ensuring consistent brightness and color accuracy. Fixed-pattern noise correction reduces unwanted noise artifacts, enhancing image clarity. Additionally, optoelectronic-response inconsistency correction improves the consistency of pixel response, minimizing image inconsistencies and artifacts.

While not explicitly mentioned, the camera's tolerance for extreme temperatures and compatibility with specific software systems may vary depending on the specific model or options chosen within the Lano Photonics High-end Line Scan Camera product line. It is advisable to consult the manufacturer's specifications or contact Lano Photonics directly to obtain accurate and up-to-date information on these aspects.

The LANO-AN230-40GC industrial camera is equipped with powerful features that make it an ideal solution for a variety of applications. Its second-generation design and excellent power consumption make it a reliable and efficient option for industrial use.

The camera's new generation appearance structure design supports four-side installation and offers higher installation accuracy, ensuring ease of use and precision. Additionally, the PRO version comes with lossless compression, noise reduction, super color palette, user-defined key, and other rich features that improve the quality and functionality of the camera.

The LANO-AN230-40GC also features a gigabit network interface, allowing for a maximum transmission distance of up to 100m without the need for a relay. It is compatible with GigE Vision V2.0 protocol and GenlCam standard, enabling seamless connection to third-party software.

Furthermore, the camera conforms to CE, FCC, and RoHS certification standards, ensuring that it meets the necessary safety and environmental requirements. Its compact dimensions of 29mm x 29mm x 31.5m make it a space-saving option for industrial environments.

In summary, the LANO-AN230-40GC is a powerful and versatile industrial camera that can be used in a wide range of applications, including machine vision, factory automation, and quality control.

The Lano Photonics AN Series Medium & High-Speed Area Scan Camera-70MM is a powerful and versatile camera designed specifically for industrial automation applications. With its exceptional features, capabilities, and specialized specifications, this camera stands out as a unique option for various industrial settings.

In terms of performance features, the camera utilizes the GMAX326565M sensor. This sensor technology ensures exceptional image quality, sensitivity, and dynamic range, enabling precise and accurate imaging in various lighting conditions. Whether it's for quality control, inspection, or monitoring applications, the camera's performance ensures reliable and detailed image capture.

The Lano Photonics AN Series Camera-70MM is equipped with a 4 Lane CoaXPress interface, supporting POCXP (Power over CoaXPress) and CXP-12 (CoaXPress 12 Gbps) standards. This interface enables high-speed data transfer between the camera and the connected system, facilitating efficient image acquisition and transmission. With a maximum frame rate of 71 frames per second, this camera delivers real-time monitoring and fast-paced inspection capabilities.

The camera's size of 70mm x 70mm provides a compact form factor suitable for seamless integration into existing systems and setups. This compact size ensures compatibility and versatility in various industrial automation environments without compromising on performance. Additionally, the camera's ultra-low power consumption and fanless design contribute to its efficiency and reliability, even in demanding industrial conditions.

Automatic optical calibration is another standout feature of the Lano Photonics AN Series Camera-70MM. This calibration process ensures consistent high image quality by eliminating the need for manual adjustments. The camera's automatic calibration simplifies setup and maintenance while guaranteeing optimal imaging performance, making it an efficient and reliable tool for industrial automation.

In terms of specialized specifications, the camera offers tolerance for extreme temperatures. This feature allows the camera to operate reliably in harsh industrial environments where temperature fluctuations are common. The camera's ability to withstand extreme temperatures enhances its durability and longevity, making it a suitable choice for challenging industrial conditions.

Furthermore, the Lano Photonics AN Series Camera-70MM is compatible with specific software systems commonly used in industrial automation. This compatibility enables seamless integration with existing automation workflows, facilitating efficient data processing and analysis. Leveraging the camera's capabilities within established software systems optimizes productivity, streamlines processes, and enables precise control and monitoring in industrial automation applications.

In summary, the Lano Photonics AN Series Medium & High-Speed Area Scan Camera-70MM offers exceptional performance and specialized specifications tailored for industrial automation. With its GMAX326565M sensor, high-speed interface, compact size, ultra-low power consumption, automatic optical calibration, and compatibility with software systems, this camera delivers outstanding image quality, reliability, and efficiency in a wide range of industrial automation applications.

The Lano Photonics AN Series Medium & High-Speed Area Scan Camera-AS is a versatile camera designed specifically for industrial automation applications. With its standout features, capabilities, and specialized specifications, this camera offers a unique option for various industrial settings.

One of the key features of the camera is its utilization of the SONY Pregius 2nd Gen Series Sensor. This advanced sensor technology ensures exceptional image quality, sensitivity, and low noise performance, enabling precise and accurate imaging in challenging lighting conditions. Whether it's for inspection, quality control, or monitoring applications, the camera delivers reliable and detailed image capture.

The Lano Photonics AN Series Camera-AS is equipped with a CameraLink interface. This interface supports Power over CameraLink (PoCL) for convenient power supply and data transfer over a single cable. It also supports base, medium, and full multi modes, providing flexibility in data transmission rates. The CameraLink interface allows for fast and efficient image acquisition, making it suitable for real-time monitoring and high-speed inspection applications.

In terms of resolution, the camera offers a range of options from 3.2 megapixels to 12.3 megapixels. This versatility allows users to choose the appropriate resolution for their specific application requirements, ensuring accurate and detailed image capture. The camera's high resolution is particularly beneficial for tasks that require precise measurements or detailed visual inspections.

With a size of 35mm x 35mm, the Lano Photonics AN Series Camera-AS features a compact form factor that enables easy integration into existing systems and setups. This compact size ensures compatibility and versatility in various industrial automation environments without compromising performance. Additionally, the camera's ultra-low power consumption and fanless design contribute to its efficiency and reliability, even in demanding industrial conditions.

Automatic optical calibration is another standout feature of the Lano Photonics AN Series Camera-AS. This calibration process eliminates the need for manual adjustments, simplifying setup and maintenance while ensuring optimal imaging performance. The camera consistently delivers high image quality, making it an efficient and reliable tool for industrial automation applications.

While compatibility with specific software systems is not explicitly mentioned, the CameraLink interface of the Lano Photonics AN Series Camera-AS allows it to integrate with various software platforms commonly used in industrial automation. This compatibility enables seamless integration with existing automation workflows, facilitating efficient data processing and analysis. By leveraging the camera's capabilities within established software systems, users can enhance productivity, streamline processes, and achieve optimal results in their industrial automation applications.

The Lano Photonics AN Series Medium & High-Speed Area Scan Camera-60MM is an advanced camera designed specifically for industrial automation applications. This camera offers a range of standout features, capabilities, and specialized specifications, making it a unique option for various industrial settings.

Featuring a 4 Lane CoaXPress interface, the Lano Photonics AN Series Camera-60MM enables high-speed data transfer between the camera and the connected system. It supports POCXP (Power over CoaXPress) and CXP-10 (CoaXPress 10 Gbps) standards, ensuring fast and efficient image acquisition and transmission. With a maximum frame rate of 159 frames per second, this camera excels in applications that require real-time monitoring and high-speed inspection.

The camera's resolution options are particularly impressive, ranging from 16.2 megapixels to 24.6 megapixels. This flexibility allows users to capture highly detailed and precise images, enabling accurate analysis and inspection in industrial automation processes. The high resolution is especially beneficial in applications that require intricate visual examination, such as electronic component inspection or product quality control.

In terms of design, the Lano Photonics AN Series Camera-60MM features a size of 60mm x 60mm, providing a compact form factor that facilitates easy integration into existing systems and setups. This compact size ensures versatility and compatibility with various industrial automation environments without compromising on performance. Furthermore, the camera's ultra-low power consumption and fanless design contribute to its efficiency and reliability, even in demanding industrial conditions.

The camera's automatic optical calibration is another standout feature, ensuring consistently high image quality. This calibration process eliminates the need for manual adjustments, simplifying setup and maintenance while guaranteeing optimal imaging performance. The camera consistently delivers accurate and reliable results, making it suitable for applications that require precise measurements or visual inspections.

The Lano Photonics AN Series Camera-60MM also possesses specialized specifications that make it an excellent choice for industrial automation. It offers tolerance for extreme temperatures, allowing it to withstand harsh industrial environments where temperature fluctuations are common. This durability ensures the camera's reliability and longevity, making it suitable for use in demanding conditions.

Additionally, the camera is compatible with specific software systems commonly used in industrial automation. This compatibility enables seamless integration with existing automation workflows, facilitating efficient data processing and analysis. By leveraging the camera's capabilities within established software systems, users can enhance productivity, streamline processes, and achieve optimal results in their industrial automation applications.

In conclusion, the Lano Photonics AN Series Medium & High-Speed Area Scan Camera-60MM is a powerful and versatile camera designed for industrial automation. With its 4 Lane CoaXPress interface, high-resolution options, compact size, low power consumption, automatic optical calibration, and compatibility with software systems, this camera offers exceptional image quality, efficiency, and reliability in a wide range of industrial automation applications.