Hikrobot SC6000 Series Alternatives & Competitors

The IRAYPLE L5047CG140E is a high-performance 4K CMOS image sensor designed for a wide range of industrial imaging applications. Featuring a global shutter mechanism, this sensor ensures distortion-free image capture, making it suitable for tasks requiring precision and accuracy. With a resolution of 4096 × 2 and a dynamic range of 66dB, it delivers detailed and color-rich imagery, enabling applications such as quality control, inspection, and precise measurement in manufacturing environments.

One of the standout features of the L5047CG140E is its comprehensive support for various image formats, including BayerRG8, BayerRG10, BayerRG12, RGB8Packed, and YUV422Packed. This flexibility in image output formats enhances compatibility with different image processing pipelines and software, allowing for seamless integration into existing systems. Additionally, with support for advanced image processing functions like brightness enhancement, gamma correction, and LUT, users can fine-tune image output according to specific requirements, further expanding its utility in diverse industrial applications.

In terms of connectivity and usability, the L5047CG140E offers extensive options, including a GigE port for high-speed data transfer and a GPIO interface for external power supply and triggering. Its compact dimensions (62 mm × 62 mm × 44 mm) and lightweight design (245 g) ensure easy integration into various industrial setups. With compliance to CE, FCC, UL, and RoHS certifications, and support for DC12~24V wide-range power supply, this sensor ensures reliability and compatibility in demanding industrial environments, making it a versatile choice for a wide range of imaging applications.

The IRAYPLE R4013MG-07M-RGG01E, part of the R4000 Series, stands out with its versatile capabilities and robust design suitable for industrial environments. Its light-integrated design offers optional red, white, and blue illumination, with separate control support, enhancing flexibility in various applications. This feature ensures optimal visibility and performance, especially in complex scenarios where precise code reading is essential.

Equipped with advanced functionalities, including electrical auto-focus and one-click auto-training, the R4013MG-07M-RGG01E offers seamless integration and ease of use. Its support for different focal lengths and various code formats, including 1D and 2D codes like QR and Data Matrix, ensures adaptability across diverse industrial settings. Additionally, the built-in deep-learning-based code reading algorithms enhance accuracy and efficiency, making it suitable for demanding applications requiring high-quality code evaluation.

With a comprehensive range of interfaces, including Ethernet, RS232, and GPIO, and support for multiple communication protocols, such as TCP/IP, Profinet, and Modbus, this device offers seamless integration into existing systems. Its rugged construction with IP65 protection, coupled with a wide operating temperature range (-20°C to +50°C), ensures reliability in challenging environments. Overall, the IRAYPLE R4013MG-07M-RGG01E emerges as a reliable solution for industrial automation, logistics, and manufacturing processes, offering advanced features and robust performance to meet diverse application needs.

The IRAYPLE R4013MG-12M-RGG01E, part of the R4000 Series, offers advanced capabilities tailored for industrial applications. Its standout features include a light-integrated design allowing optional red, white, and blue illumination with separate control support, ensuring optimal visibility and performance in diverse working environments. With support for different focal lengths and electrical auto-focus, coupled with one-click auto-training, this device offers seamless integration and ease of use for precise code reading tasks.

Equipped with a 12mm focal length lens, the R4013MG-12M-RGG01E provides versatility in operating distances ranging from 50mm to 500mm, catering to various industrial settings. Its robust construction, including IP65 protection and a wide operating temperature range (-20°C to +50°C), ensures reliability even in harsh conditions. With abundant IO interfaces such as Ethernet, RS232, and GPIO, coupled with support for multiple communication protocols, this device offers seamless integration into existing systems, making it suitable for applications requiring high-quality code evaluation and complex tasks in automotive manufacturing, packaging, and quality control.

This device boasts a resolution of 1280 × 1024 and a maximum frame rate of 60 fps, enabling fast and accurate code reading in dynamic industrial environments. The built-in deep-learning-based code reading algorithms ensure superior performance, while multi-parameter polling enhances effectiveness in complex applications. With its compact dimensions and lightweight design, the R4013MG-12M-RGG01E offers versatility and reliability, making it an ideal solution for industrial automation, quality control, and inspection tasks across various sectors.

The IRAYPLE L5027CG300E is a high-performance camera offering impressive imaging capabilities tailored for industrial applications. With a resolution of 2K and a pixel size of 7μm, it delivers detailed images suitable for various inspection tasks. Its standout features include a high dynamic range, excellent signal-to-noise ratio, and support for multiple image data formats, ensuring exceptional image quality across diverse operating conditions.

Equipped with a global shutter mechanism and supporting features like Gamma correction, Look-Up Tables (LUT), and Color Correction Matrix (CCM), this camera provides precise control over image characteristics, making it suitable for demanding industrial imaging tasks. Additionally, its compatibility with GigE Vision V2.0 protocol and GenICam standard ensures seamless integration into existing imaging systems, facilitating efficient data transfer and interoperability.

The L5027CG300E offers versatility in triggering modes, supporting software trigger, hardware trigger, and free run modes, enabling flexible operation in various imaging setups. With a wide voltage power supply range of DC12-24V and a compact design with dimensions of 29 mm × 44 mm × 57.5 mm, this camera is suitable for space-constrained industrial environments. Whether used in automotive, electronics, or other industrial sectors, the L5027CG300E provides reliable performance and precise imaging capabilities for diverse industrial applications.

The iRAYPLE L5022CG141E, part of the 5000 series, is a feature-rich CMOS image sensor designed for various imaging applications. With its 2K resolution of 2048 x 2 pixels and global shutter, it excels in capturing high-speed and precise color images. Its pixel size of 14 μm x 14 μm ensures excellent image quality, making it suitable for applications demanding sharp and detailed visuals.

One of its standout features is the support for various image formats, including BayerRG8, BayerRG10, BayerRG12, RGB8Packed, and YUV422Packed, offering versatility in data output. The camera also provides a wide range of image processing functions, such as brightness enhancement, gamma correction, and LUT support, enabling users to fine-tune their image output. With compliance to CE, FCC, UL, and RoHS certifications, this camera ensures reliability and safety in various industries.

The L5022CG141E's applications are diverse, spanning industries like electronics, automotive, and healthcare. Its suitability for quality control, precise measurement, and automation makes it a valuable asset in manufacturing and inspection processes where color accuracy and high-speed imaging are essential. Its compact dimensions and GPIO interface further enhance its versatility in applications requiring advanced image capture capabilities.

The IRAYPLE L5087CK670E is a high-performance camera designed for demanding industrial imaging applications. Featuring CameraLink connectivity, it supports Full, Medium, Base, and Deca modes with a maximum bandwidth of 6.8Gbps, ensuring efficient data transfer for high-resolution imaging tasks. This camera offers versatile operation with support for external trigger, free run mode, and multiple trigger modes, enabling flexible integration into various imaging setups.

One of its standout features is its comprehensive image processing capabilities. The L5087CK670E supports Gamma correction, Look-Up Tables (LUT), and other Image Signal Processing (ISP) functions, empowering users to fine-tune image characteristics for specific application requirements. Additionally, it boasts a robust design with DC 24V power supply compatibility, ensuring reliable operation in industrial environments. With compliance to CE, FCC, UL, and RoHS certifications, this camera prioritizes both performance and safety standards.

Equipped with an 8K CMOS image sensor, the L5087CK670E delivers exceptional image quality with a resolution of 8192 × 6 pixels. Its global shutter mechanism enables distortion-free capture of fast-moving objects, making it suitable for dynamic imaging applications. With a pixel size of 5 μm × 5 μm and support for various image formats including RGB8, this camera provides precise and accurate imaging capabilities. Moreover, its compact dimensions of 80 mm×80 mm×57.8 mm and lightweight design make it highly portable and adaptable to diverse industrial setups, while its wide operating temperature range from -30℃ to +50℃ ensures reliable performance even in challenging environmental conditions.

The COGNEX In-Sight 2000 vision sensors offer a compelling combination of In-Sight vision system capabilities and the affordability and simplicity of industrial sensors. These sensors excel in error-proofing applications and stand out for their value, ease of use, and flexibility. Notable features include powerful In-Sight vision tools, user-friendly setup with EasyBuilder software, field-interchangeable lighting and optics, and a modular body design. The In-Sight 2000 series is adaptable to various production line environments, making it a versatile choice for quality control and inspection tasks.

One of the standout features of the In-Sight 2000 vision sensors is their powerful In-Sight vision tools. These tools include pattern recognition, pixel counting, brightness and contrast analysis, and edge detection. These tools enable the sensors to handle simple location, presence/absence, measurement, and counting applications. Furthermore, In-Sight 2000 sensors can inspect multiple targets within a single image and perform various inspection types using different tools. Some models even offer advanced features such as optical character recognition (OCR), blob detection, image filters, and numeric data output, providing increased functionality when needed.

Ease of setup is another key advantage of the In-Sight 2000 series. Users, including those with minimal experience, can achieve reliable inspection performance thanks to the intuitive EasyBuilder interface within the In-Sight Explorer software. This interface is consistent across all In-Sight vision systems, allowing users to scale up their capabilities for more complex pass/fail and go/no-go inspections seamlessly. Additionally, the modular design of the In-Sight 2000 sensors, with field-changeable lighting, lenses, filters, and covers, simplifies configuration for different work cells, minimizes wiring complexity, and offers flexibility in mounting, making it easy to integrate into various industrial setups.

The In-Sight® D900 vision system is designed to tackle challenging vision applications with AI-based automation. Unlike traditional rule-based machine vision systems, it excels in automating complex tasks that demand reliable, fast, and consistent results not achievable through human inspection. With a suite of both edge learning and deep learning tools, In-Sight D900 can handle various tasks, such as defect detection, assembly verification, and optical character recognition (OCR). Importantly, it processes data on the device itself, eliminating the need for a PC, making it user-friendly for non-programmers.

One standout feature of the In-Sight D900 is its ability to perform OCR on challenging characters and text in minutes. It can decipher poorly etched, skewed, or deformed codes using a pre-trained font library, significantly reducing development time. Users can define the region of interest and character size, and even adapt the system to recognize application-specific characters when necessary.

In addition, the In-Sight D900 excels in fast and accurate assembly verification. Using AI, it can reliably detect complex features and objects, ensuring that parts and kits are correctly assembled based on their predefined layout. The system's check tool can be trained to recognize a wide range of components, even if they appear at different angles or vary in size within the image. Furthermore, the detect tool embedded within the In-Sight D900 is well-suited for identifying subtle defects on complex parts and surfaces, making it an ideal solution for applications where defect appearances may be unpredictable.

The In-Sight® D900 vision system is designed to tackle challenging vision applications with AI-based automation. Unlike traditional rule-based machine vision systems, it excels in automating complex tasks that demand reliable, fast, and consistent results not achievable through human inspection. With a suite of both edge learning and deep learning tools, In-Sight D900 can handle various tasks, such as defect detection, assembly verification, and optical character recognition (OCR). Importantly, it processes data on the device itself, eliminating the need for a PC, making it user-friendly for non-programmers.

One standout feature of the In-Sight D900 is its ability to perform OCR on challenging characters and text in minutes. It can decipher poorly etched, skewed, or deformed codes using a pre-trained font library, significantly reducing development time. Users can define the region of interest and character size, and even adapt the system to recognize application-specific characters when necessary.

In addition, the In-Sight D900 excels in fast and accurate assembly verification. Using AI, it can reliably detect complex features and objects, ensuring that parts and kits are correctly assembled based on their predefined layout. The system's check tool can be trained to recognize a wide range of components, even if they appear at different angles or vary in size within the image. Furthermore, the detect tool embedded within the In-Sight D900 is well-suited for identifying subtle defects on complex parts and surfaces, making it an ideal solution for applications where defect appearances may be unpredictable.

The In-Sight® D900 vision system is designed to tackle challenging vision applications with AI-based automation. Unlike traditional rule-based machine vision systems, it excels in automating complex tasks that demand reliable, fast, and consistent results not achievable through human inspection. With a suite of both edge learning and deep learning tools, In-Sight D900 can handle various tasks, such as defect detection, assembly verification, and optical character recognition (OCR). Importantly, it processes data on the device itself, eliminating the need for a PC, making it user-friendly for non-programmers.

One standout feature of the In-Sight D900 is its ability to perform OCR on challenging characters and text in minutes. It can decipher poorly etched, skewed, or deformed codes using a pre-trained font library, significantly reducing development time. Users can define the region of interest and character size, and even adapt the system to recognize application-specific characters when necessary.

In addition, the In-Sight D900 excels in fast and accurate assembly verification. Using AI, it can reliably detect complex features and objects, ensuring that parts and kits are correctly assembled based on their predefined layout. The system's check tool can be trained to recognize a wide range of components, even if they appear at different angles or vary in size within the image. Furthermore, the detect tool embedded within the In-Sight D900 is well-suited for identifying subtle defects on complex parts and surfaces, making it an ideal solution for applications where defect appearances may be unpredictable.