Lano Photonics LANO-LWIR Alternatives & Competitors

The LANO-MWIR32-100CL is a part of Lano Photonics's ANO-MWIR series of cooled mid-wave infrared cameras. It has a resolution of 640x512 and operates at a wavelength of 3.7μm~4.8μm, which can be extended to 1.5μm~6μm. The camera supports Camlink and network port output and features SDI digital video signal output and trigger control. The camera also comes with Stirling cooling, enabling it to provide 16bit 100HZ high frame rate output, and windowing to increase the frame rate. It has two-point correction, single-point correction, and bad pixel correction functions, and can store seven sets of correction coefficients in the camera. Additionally, it has a digital image detail enhancement (DDE) function.

The LANO-MWIR32-100CL features digital image detail enhancement (DDE) technology, which improves the detail characteristics of weak targets and low-contrast target scenes in wide dynamic scenes. The technology enhances image details to match the total dynamic range of the original image background, addressing the challenge of locating low-contrast objects in high dynamic range scenes.

The LANO-MWIR32-100CL has low noise, with a noise equivalent temperature difference (NETD) better than 18mk and a 16bit digital signal output. The camera is stable, reliable, and can adapt to harsh environments, making it easy to use and flexible, and easy to maintain. It can be domestically customized, has a short lead time, and is suitable for applications such as infrared night vision detection, early warning and surveillance, infrared guidance, fire control and sighting, anti-missile reconnaissance, high-end monitoring, and assisted driving.

The LANO-MWIR32-100CL has a detector FPA Material MCT and features a 640×512 resolution with a pixel size of 15μm × 15μm. It supports window opening to improve the frame rate and has a frame rate of 100Hz. The camera's bad pixel rate is less than or equal to 1‰ before correction, and it has a lifespan of 10000h with a refrigeration time of less than six minutes at room temperature and less than eight minutes at 60°C. The LANO-MWIR32-100CL is powered by 24VDC, with a power consumption of ≤25W when cooling and ≤20W when stable. It weighs 2.0kg and has dimensions of 163×112×98mm. It can operate in temperatures ranging from -40°C to +60°C and can be stored at temperatures ranging from -55°C to +70°C.

The LANO-MWIR32-100CL has correction functions that include calculation coefficient of movement/download coefficient of upper computer (7 groups), blind flash element compensation, movement judgment compensation/blind flash unit meter downloaded from host computer/manual single pixel replacement from host computer. Overall, the LANO-MWIR32-100CL is a versatile and high-performance cooled mid-wave infrared camera suitable for various applications.

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 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.

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-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.

Alkeria's CO2K-N camera is an excellent option for those applications where one USB3 interface is sufficient. The CELERA One camera series provides the same level of quality, flexibility, and performance as the CELERA cameras, but in a compact and convenient package that is suitable for a wide range of applications, including automated optical inspection, high-performance sorting systems, industrial metrology, microscopy, medical diagnostics, and machine vision.

One of the advantages of CELERA One cameras is that they can be powered directly by the USB3 bus, eliminating the need for external power adapters. This makes them a cost-effective solution while still providing top speed performance.

CELERA One cameras also offer a versatile I/O interface, which enables users to control external devices such as strobe lights and encoders. It has two input lines with direct encoder interface, two output lines, and one input/output (RS422, RS644 LVDS, LVTTL). The multipurpose I/O connector provides user I/O, line/frame triggering, and direct encoder interface.

CELERA One cameras are equipped with powerful on-board image processing capabilities, allowing users to perform on-line, user-controlled image processing. This includes 8 AOI, independent LUTs, gamma correction, white balance, brightness, contrast, sharpness, saturation, and hue. The control sequencing mechanism can apply up to 64 different video settings to a chain of subsequent frames.

For developers, an easy-to-use set of software API is available that supports all major programming languages, such as Python, C#, VB, and C++ in Visual Studio or QT environment. Alkeria's Software Development Kit provided with CELERA One cameras is fully compatible with Cognex VisionPro, MVTech Halcon, NI LabView, and other major machine vision software for industrial applications.

CELERA One comes with a standard C-mount lens adapter, and other accessories are available upon request, such as F-mount adapter, shielded I/O cable, and industrial grade USB3 cables.

The Lano Photonics AN Series Medium & High-speed Area Scan Camera-29MM is an advanced imaging solution that offers exceptional performance and versatility for industrial automation applications. With a focus on delivering high-quality images and efficient operation, this camera stands out with its standout features, capabilities, and specialized specifications.

At the heart of the AN Series camera is the impressive SONY Pregius 3rd Gen/Pregius S Series sensor. This sensor technology ensures exceptional image quality, capturing rich details and accurate colors. Whether it's for inspection, quality control, or monitoring applications, the AN Series camera delivers sharp and precise imaging results.

The camera's CoaXPress 3/6/10/12 interface enables high-speed data transfer, ensuring quick and reliable image acquisition. It can achieve an impressive maximum frame rate of 1119 frames per second (FPS), allowing for real-time monitoring and analysis of fast-moving objects or processes. This high frame rate capability is particularly valuable in applications where capturing rapid changes or precise timing is critical.

With resolutions ranging from 0.5M to 24.6M, the AN Series camera provides flexible options to meet specific imaging requirements. Whether you need detailed imaging or broader coverage, the camera's variable resolutions allow for customization and adaptability to different scenarios and application needs.

The compact size of 29mm x 29mm makes the AN Series camera suitable for installations in tight spaces or on robotic systems. Its small form factor enhances its versatility and ease of integration into various automation setups.

An essential aspect of the AN Series camera is its ultra-low power consumption. With efficient power management, the camera minimises energy usage without compromising its performance. This feature contributes to cost savings and reduces the overall environmental impact of the system.

Another unique capability of the camera is its automatic optical calibration. This feature ensures consistent and accurate image quality, eliminating the need for manual adjustments or calibrations. It simplifies the setup process and enhances the camera's usability and reliability.

In terms of specialized specifications, the AN Series camera exhibits a remarkable tolerance for extreme temperatures. It is designed to operate reliably in harsh environmental conditions, including both high and low temperatures. This durability enables the camera to withstand demanding industrial settings and ensures consistent performance even in challenging environments.

Regarding software compatibility, the AN Series camera supports the CoaXPress interface, which is widely used in industrial automation applications. This compatibility allows for seamless integration with existing automation systems and software platforms, facilitating efficient data management, analysis, and integration.

In summary, the Lano Photonics AN Series Medium & High-speed Area Scan Camera-29MM offers outstanding performance and capabilities for industrial automation. With its advanced sensor technology, high frame rates, versatile resolutions, compact size, low power consumption, automatic optical calibration, tolerance for extreme temperatures, and compatibility with CoaXPress interface, this camera provides a unique imaging solution for a wide range of industrial automation applications.

The Lano Photonics LM Medium to High-Speed Area Array Camera is a cutting-edge imaging device that offers exceptional performance and versatility for various industrial automation applications. Designed with a focus on delivering high frame rates without compromising on image quality, this camera stands out in terms of its standout features, capabilities, and specialized specifications.

One of the standout features of the LM camera is its ability to achieve high frame rates while maintaining excellent image quality. It is equipped with an advanced chip that allows for rapid data acquisition and processing, enabling it to capture images at impressive speeds. This makes it an ideal choice for applications that require real-time monitoring or analysis of fast-moving objects or processes.

In terms of capabilities, the LM camera offers a medium to high-speed area array configuration. This means that it uses an array of pixels to capture images over a specified area, allowing for detailed and comprehensive imaging of the target scene. The camera's high-speed capabilities enable it to capture images with minimal motion blur, even in dynamic or high-speed scenarios.

The LM camera is designed with industrial automation in mind and offers several specialized specifications that make it a unique option in this field. One such specification is its tolerance for extreme temperatures. It is engineered to operate reliably in harsh environmental conditions, including both high and low temperatures. This ruggedness ensures that the camera can be used in demanding industrial settings without compromising its performance or longevity.

Additionally, the LM camera is compatible with various software systems commonly used in industrial automation. It can seamlessly integrate with existing automation platforms, making it easier to incorporate into existing workflows. This compatibility allows for efficient data management, analysis, and integration with other automation components, enhancing overall system efficiency and productivity.

Finally, the LM camera is also known for its cost-effectiveness. Despite its high-performance capabilities, it offers a competitive price point compared to other cameras in its class. This cost-effectiveness makes it an attractive option for businesses and industries looking to enhance their automation processes without breaking the bank.

In conclusion, the Lano Photonics LM Medium to High-Speed Area Array Camera is a remarkable imaging device that excels in performance, versatility, and specialized specifications for industrial automation. With its ability to capture high-quality images at exceptional frame rates, tolerance for extreme temperatures, compatibility with software systems, and cost-effectiveness, it presents a unique and compelling option for businesses seeking to optimize their automation processes.

Alkeria CO2K-M is a high-quality, flexible, and powerful single-USB3 camera that provides all the features of the CELERA platform in a convenient package. With its extremely compact design and rugged construction, the CELERA One camera series is perfect for a wide range of applications, including automated optical inspection, high-performance sorting systems, industrial metrology, microscopy, medical diagnostics, and machine vision.

One of the key advantages of the CELERA One camera is its direct power supply from the USB3 bus, eliminating the need for external power adapters. USB3 also provides a cost-effective and widely used interface, pushing speed performance to the top.

The CELERA One camera offers versatile I/O interfaces to control external devices such as strobe lights and encoders, with 2 input lines with direct encoder interface, 2 output lines, and 1 input/output (RS422, RS644 LVDS, LVTTL). Its multipurpose I/O connector provides user I/O, line/frame triggering, and direct encoder interface.

Moreover, the CELERA One camera provides powerful on-board image processing capabilities, including 8 AOI, independent LUTs, gamma correction, white balance, brightness, contrast, sharpness, saturation, and hue. Its control sequencing mechanism allows up to 64 different video settings to be applied to a chain of subsequent frames.

For developers, an easy-to-use set of software APIs is available, supporting all major programming languages such as Python, C#, VB, and C++ in the Visual Studio or QT environment. Additionally, the Software Development Kit provided with CELERA One cameras is fully compatible with major machine vision software for industrial applications, such as Cognex VisionPro, MVTech Halcon, and NI LabView.

The CELERA One camera is also supplied with a C-mount lens adapter and other accessories are available upon request, such as an F-mount adapter, shielded I/O cable, and industrial grade USB3 cables. In summary, the Alkeria CO2K-M CELERA One camera series provides excellent quality, flexibility, and performance, making it an ideal solution for many industrial applications.