Information
4층 403호, 32-18 LS-ro 91beon-gil, Dongan-gu, Anyang, Gyeonggi-do, South Korea
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Overview
- Summary
- This company specializes in AI-based 3D vision solutions, possessing technology capable of accurately recognizing reflective or transparent parts within 0.2 seconds, even in complex lighting conditions. It provides solutions that can be directly mounted on robot arms, offering fast and flexible application without the need for structured light. The company supplies AI-based 3D vision solutions proven in various manufacturing sectors, including automotive, battery, and cosmetics industries. A firm dedicated to developing and deploying intelligent vision systems that revolutionize robot automation.This company specializes in AI-based 3D vision solutions, possessing technology capable of accurately recognizing reflective or transparent parts within 0.2 seconds, even in complex lighting conditions. It provides solutions that can be directly mounted on robot arms, offering fast and flexible application without the need for structured light. The company supplies AI-based 3D vision solutions proven in various manufacturing sectors, including automotive, battery, and cosmetics industries. A firm dedicated to developing and deploying intelligent vision systems that revolutionize robot automation.
- Key Products/Technologies
- The Cambrian Vision System is an AI-based 3D vision solution leveraging deep neural networks to provide intelligent picking capabilities for industrial robots. It utilizes a stereo camera system to generate 3D data, enabling stable operation without the need for special lighting or structured light. The system features AI-driven automatic training based on synthetic data and CAD models for defining pick points. It boasts a fast part recognition speed of under 0.2 seconds and sub-millimeter level accuracy. The system is capable of reliably recognizing a wide range of materials and part types, including reflective, transparent, black, thin, and micro-sized components. Its flexible hardware configuration allows for direct mounting on robot arms or stationary placement above workstations. Broad compatibility with major industrial and collaborative robot brands such as ABB, Universal Robots, KUKA, Doosan, Rokae, Denso, and FANUC.The Cambrian Vision System is an AI-based 3D vision solution leveraging deep neural networks to provide intelligent picking capabilities for industrial robots. It utilizes a stereo camera system to generate 3D data, enabling stable operation without the need for special lighting or structured light. The system features AI-driven automatic training based on synthetic data and CAD models for defining pick points. It boasts a fast part recognition speed of under 0.2 seconds and sub-millimeter level accuracy. The system is capable of reliably recognizing a wide range of materials and part types, including reflective, transparent, black, thin, and micro-sized components. Its flexible hardware configuration allows for direct mounting on robot arms or stationary placement above workstations. Broad compatibility with major industrial and collaborative robot brands such as ABB, Universal Robots, KUKA, Doosan, Rokae, Denso, and FANUC.
- Core Advantages
- Unique AI-based vision technology offering a 3D vision solution powered by AI deep neural networks, capable of reliably recognizing reflective, transparent, and black parts even in complex lighting conditions. This innovative technology overcomes the limitations of traditional vision systems.Unique AI-based vision technology offering a 3D vision solution powered by AI deep neural networks, capable of reliably recognizing reflective, transparent, and black parts even in complex lighting conditions. This innovative technology overcomes the limitations of traditional vision systems.
- High-speed and high-precision performance, with part recognition and pick pose prediction in under 0.2 seconds and sub-millimeter accuracy, maximizing production efficiency. The system ensures reliable operation in dynamic manufacturing environments.High-speed and high-precision performance, with part recognition and pick pose prediction in under 0.2 seconds and sub-millimeter accuracy, maximizing production efficiency. The system ensures reliable operation in dynamic manufacturing environments.
- Easy installation and rapid deployment, facilitated by AI automatic training based on CAD models, eliminating the need for on-site learning. Quick setup times of less than half a day simplify system integration and reduce additional programming burden for users.Easy installation and rapid deployment, facilitated by AI automatic training based on CAD models, eliminating the need for on-site learning. Quick setup times of less than half a day simplify system integration and reduce additional programming burden for users.
- Extensive compatibility and flexibility with major industrial and collaborative robot brands. Its ability to operate without structured light or external illumination allows flexible application in diverse working environments, expanding the scope of robot automation.Extensive compatibility and flexibility with major industrial and collaborative robot brands. Its ability to operate without structured light or external illumination allows flexible application in diverse working environments, expanding the scope of robot automation.
- Cost efficiency achieved through synthetic data training, reducing manual data collection and labeling expenses. The system eliminates the need for custom jigs or fixtures, minimizing costs associated with production line setup and modifications.Cost efficiency achieved through synthetic data training, reducing manual data collection and labeling expenses. The system eliminates the need for custom jigs or fixtures, minimizing costs associated with production line setup and modifications.
- Target Industries
- Assembly, inspection, and part handling processes in the automotive industryAssembly, inspection, and part handling processes in the automotive industry
- Cell assembly and inspection processes in the battery industryCell assembly and inspection processes in the battery industry
- Precision assembly and packaging processes in the cosmetics industryPrecision assembly and packaging processes in the cosmetics industry
- Handling of glossy parts, metal housings, and connector assemblies in electronics manufacturingHandling of glossy parts, metal housings, and connector assemblies in electronics manufacturing
- Quality assurance and manufacturing defect monitoring in home appliance manufacturingQuality assurance and manufacturing defect monitoring in home appliance manufacturing
- Handling of stainless steel tools and precision components in medical device assemblyHandling of stainless steel tools and precision components in medical device assembly
- General manufacturing automation tasks such as bin picking, pick and place, machine tending, kitting, cable handling, feature detection, and quality inspectionGeneral manufacturing automation tasks such as bin picking, pick and place, machine tending, kitting, cable handling, feature detection, and quality inspection
- Sorting and picking operations in logistics and warehouse automationSorting and picking operations in logistics and warehouse automation
- Major Markets
- South Korea, Japan, Across AsiaSouth Korea, Japan, Across Asia
- United Kingdom, Germany, Across EuropeUnited Kingdom, Germany, Across Europe
- United States, Across North AmericaUnited States, Across North America
- Certifications/Patents
- UR+ certification from Universal Robots, ensuring easy integration and compatibility with collaborative robots.UR+ certification from Universal Robots, ensuring easy integration and compatibility with collaborative robots.
- Proprietary AI-based 3D vision technology utilizing deep neural networks. Development of unique technology for accurate recognition of reflective, transparent, and black parts through a stereo camera system and synthetic data training. Possession of high-speed, high-precision part recognition and pick pose prediction algorithms.Proprietary AI-based 3D vision technology utilizing deep neural networks. Development of unique technology for accurate recognition of reflective, transparent, and black parts through a stereo camera system and synthetic data training. Possession of high-speed, high-precision part recognition and pick pose prediction algorithms.
Introduction
Location
4층 403호, 32-18 LS-ro 91beon-gil, Dongan-gu, Anyang, Gyeonggi-do, South Korea
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