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Cambrian vision system

The Cambrian vision system was developed for cost-efficient, fast and robust binpicking, pick and place, machine feeding, feature location, assembly, supermarket, warehouse logistics and other automation and manufacturing related tasks. The system is based on AI. To make accurate predictions the AI model uses just the image data from the stereo cameras that can be mounted on the robot or above the workplace. The vision system doesn’t need any external light such as structured or infrared light. The system is very robust for any changes of external light conditions, even if it gets very bright or dark. The AI model calculates the exact part locations and suitable grasp points within 0.2 seconds. The system can pick a wide range of different parts, including typical plastic and metal parts, it also works even if they are transparent, thin or very shiny. The standard camera module can pick parts from sub millimeter range to parts fitting in a 20 cm cube. For larger parts, we provide a slightly larger camera module with a different camera lens. Setting up is quick and easy. The user just has to define the grasp points and the AI will train without further user input.Attachment plates to most UR ecosystem grippers are available and included.

Nvidia

Jetson AGX Xavier Developer Kit

Designed from the ground up to enable software defined autonomous machines, you can develop and deploy AI enabled robotics applications at scale with the powerful NVIDIA® Jetson AGX Xavier™ Developer Kit. It’s capable of running modern, advanced neural networks and other AI workloads to develop and deploy end-to-end AI applications. Plus, it delivers up to 32 TOPS of compute performance and can operate in as little as 10 W. The Jetson AGX Xavier Developer Kit helps you speed innovation. As part of NVIDIA’s world-leading AI platform, it’s integrated with NVIDIA tools and workflows that let you train neural networks faster, which means more iterations and better accuracy. It’s also supported by NVIDIA CUDA®, cuDNN, and TensorRT™ software libraries, as well as our JetPack™, DeepStream and Isaac SDKs. This helps you boost performance while reducing development cost and effort.

Photoneo, now part of Zebra Technologies

Locator Studio

Locator Studio is ideal for vision-guided robotic applications based on referenced position: picking objects from a tray, conveyor belt, rack, or to locate components, fixtures for precise placing, screwing, and assembly. It serves well for picking parts from a non-collision environment, handling structured and semi-oriented parts, or de-racking applications. Additionally, it is ideal for simple depalletization tasks with its pre-trained neural networks or picking whole layers using the layer-based localization feature.

Micropsi

MIRAI: Vision-Based Software for Handling Variance

MIRAI: AI-vision software for robots Automation gets complex when conditions at a workstation are unpredictable. MIRAI is AI-vision software that enables industrial and collaborative robots to adapt to variance in position, shape, lighting, color, and background in real time. MIRAI-powered robots can be deployed for various tasks with consistent results, including end-of-line testing, assembly, leak detection, rack hanging, and insertion. What sets MIRAI apart from traditional automation solutions is its ability to robustly handle complex scenarios, including reflective and shiny objects, without the need for CAD data or specific lighting conditions. MIRAI-equipped robots are not programmed but trained by demonstration through semi-automatic data collection. To ensure a seamless setup and a successful deployment, Micropsi Industries' automation engineers provide support throughout the project lifecycle. Customers who have successfully integrated MIRAI into their operations have seen improvements not only in productivity and quality but also in overcoming labor challenges.

Siemens

SIMATIC Robot Pick AI

SIEMENS offers off-the-shelf Advanced Robotics applications powered by AI, bridging the gap between technology and real-world problems, allowing you to scale new business opportunities. SIMATIC Robot Pick AI is a pre-trained vision software that leverages industrial-grade generative AI to make precise and reliable decisions for suction gripper pick poses (X, Y, Z, and approach angle) on any item. It excels in autonomous bin-picking, pick-by-robot applications, and beyond, without the need for user-specific item training with CAD models. Compatible with any Universal Robots Cobot, SIMATIC Robot Pick AI ensures superb and easy integration into the Siemens SIMATIC PLC landscape. Experience an effortless and unique integration of your Cobot robot logic by utilizing the SIMATIC Robot Library, which is based on the Standard Robot Command Interface. SIMATIC Robot Pick AI supports a range of 3D cameras (RGB-D) from various suppliers, from low-cost to high-definition. SIMATIC Robot Pick AI is especially suitable for items in: General Merchandise / eCommerce Grocery Pharmaceutical AI-powered robots are transforming warehouse operations by supplementing manual, repetitive, and cognitively demanding tasks, unlocking human potential for more creative and valuable work. Picking and placing tasks have always been among the most cost- and labor-intensive activities in warehouses and production operations. The bin-to-bin picking process, crucial for order fulfillment, leads the way in average labor demand growth. Contact our team today to revolutionize your solution portfolio and operations with AI-powered robotics. Take the first step toward unmatched efficiency and innovation.

Groundlight

Visual Inspections and Anomaly Detection

Groundlight is a complete machine learning-powered computer vision solution for industrial inspection, anomaly detection, and much more. The Groundlight Compute Module plugs directly into any e-series or CB-series robot and works with most industrial cameras including USB, GigE, RTSP, and many other types of streams including some depth cameras. The URCap allows you to quickly add image queries to your programs for anomaly detection, setup verification, part identification, and more. Optimized for high-mix environments, setup verification, and part identification. Groundlight is low-cost, easy to operate, quick to deploy and thrives in complex visual environments where conventional computer vision capabilities fall short. Using Groundlight's unique cloud-based AI model orchestration and escalation technology, the solution starts working from the first query and learns from both local and remote operator input as necessary. The Groundlight URCap can also generate inspection reports in addition to extensive statistics and performance analysis available through the Groundlight app. Get started now with cutting-edge and future-proofed computer vision capabilities today.

Robominds

robobrain.eye: AI vision for robots

The industrialized 3D camera robobrain.eye, as part of the robobrain® technology was designed to help eliminate one of the most complex challenges in the automation industry: human-like hand-eye coordination with robots. Having the right tool which can see, recognize, and grip objects can all be achieved using this smart technology. The combination of robobrain®, robobrain.eye and suitable AI skills allows the coordination and separation of even overlapped objects for more flexibility and efficiency in the process. The industrialized 3D camera can either be mounted onto the robot arm itself or be placed above on the stations structure. robobrain® is the brain, that gives industrial robots human intelligence and unites Artificial Intelligence, vision and smart skills. With robobrain®, robots gain a level of intelligence that transcends previous limitations. Gone are the days of tedious and time-consuming learning processes; robobrain® empowers robots with the ability to learn and adapt swiftly. Its universal compatibility sets it apart from traditional control platforms – robobrain® operates independently, making it compatible with a wide range of different robotic components. With the URCap robobrain® can be easily combined with any UR Cobots and automation solutions can be implemented time and cost-effective.

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