RobCo Reviews & Product Details

Smart simulation software for efficient offline programming of KUKA robots: with KUKA.Sim, you can optimize the operation of your systems and robots outside the production environment – quickly and easily.

MOTOMAN NEXT is Yaskawa's innovative platform designed to revolutionize adaptive robotic automation by seamlessly integrating traditional robot control with advanced artificial intelligence (AI) capabilities. This all-in-one solution combines robot hardware, software, and engineering tools to enable robots to perceive, understand, and autonomously respond to dynamic environments and varying workpiece scenarios. Key Features and Functionality: - Integrated Control System: MOTOMAN NEXT merges classic robot control with an NVIDIA-based Autonomous Control Unit (ACU), providing a unified platform that bridges the operational technology (OT) and information technology (IT) realms. - Advanced Computing Power: Equipped with NVIDIA Jetson Orin NX, the platform offers substantial CPU and GPU capabilities for efficient data processing, including machine vision, sensor integration, and AI applications. - Open Software Environment: The system supports a Linux-based Docker environment, facilitating the deployment of modern software engineering tools from Yaskawa, NVIDIA, and the ROS 2 community, granting developers the flexibility to create and implement AI-driven robotic applications. - High-Precision Manipulators: The NEX series robots, part of the MOTOMAN NEXT platform, feature newly designed high-inertia servo drives from Yaskawa’s Sigma-X generation, ensuring exceptional drive dynamics and absolute accuracy for precise operations. - Automatic Collision-Free Path Planning: The platform includes services for automatic, collision-free path planning, allowing robots to navigate complex environments safely and efficiently. Primary Value and User Solutions: MOTOMAN NEXT addresses the challenges of automating complex tasks that were previously considered difficult or uneconomical to automate. By enabling robots to adapt to new situations and workpiece variants through sensor technology and AI, the platform opens up automation possibilities in industries such as logistics, healthcare, construction, and recycling. This adaptability helps businesses overcome labor shortages and enhances productivity by allowing robots to perform tasks requiring a degree of flexibility and decision-making traditionally associated with human workers.

Enodo Robotics specializes in developing intelligent robotics solutions that integrate the speed and precision of industrial robots with advanced artificial intelligence. Their flagship product, Enodo Pick, is an AI-driven robotic system designed to automate manual sorting tasks in the recycling industry, enhancing safety, productivity, and material recovery rates. Key Features and Functionality: - Enodo Pick: An AI-powered robotic system that automates manual sorting operations in recycling facilities. It features human-level material recognition, versatile gripping technology, and adaptive AI intelligence, achieving up to 40 picks per minute. - AgilePath: Motion intelligence software for industrial robots that eliminates infeasible moves, reduces programming time, and enables flexible automation, even in low-volume and high-mix production environments. - Custom Solutions: Tailored robotics solutions combining AI and modern software with industrial robots to address complex automation challenges, ensuring simplicity, scalability, and precision. Primary Value and Problem Solved: Enodo Robotics addresses the challenges of manual labor in industrial settings by providing AI-driven robotic solutions that enhance operational efficiency, worker safety, and adaptability. Their products, such as Enodo Pick, offer seamless integration into existing workflows, minimizing downtime and maximizing return on investment. By combining advanced AI with industrial robotics, Enodo Robotics enables businesses to tackle complex automation tasks with simplicity and precision.

AUTOMAPPPS is a comprehensive suite of robot programming software tools developed by Convergent Information Technologies GmbH. It is designed to streamline and accelerate the process of robot programming across various industrial applications. By integrating advanced features such as automatic motion planning, collision avoidance, and process simulation, AUTOMAPPPS enables users to program robots more efficiently and effectively, even for complex tasks. Key Features and Functionality: - Faster Robot Offline Programming: Significantly reduces the time required for offline programming, enhancing productivity. - 100% Automatic Robot Programming: Generates complete robot programs in seconds without manual intervention. - Automatic Motion Planning: Plans optimal robot movements to ensure efficiency and precision. - Automatic Collision Avoidance: Prevents collisions in multi-robot systems and during line-tracking operations. - Embedded Process Know-How: Incorporates process knowledge with WYSIWYG (What You See Is What You Get) simulation for accurate programming. - Intuitive Editing: Offers user-friendly interfaces for easy program modifications. - CAD-Based and Sensor-Based Programming: Supports programming based on CAD data and sensor inputs, facilitating "CAD to path" and sensor-driven applications. - CAM Support: Integrates with Computer-Aided Manufacturing systems for seamless workflow. - Optimization and Scheduling: Enhances performance through automated optimization and scheduling of tasks. - Multi-Robot Simulation: Simulates interactions between multiple robots to ensure coordinated operations. Primary Value and Solutions Provided: AUTOMAPPPS addresses the challenges of traditional robot programming by offering a faster, more reliable, and cost-effective solution. It minimizes programming efforts and costs through automation, making robot programming accessible even to non-experts. The software reduces test runs and non-productive time by predicting process quality and optimizing operations, leading to better Overall Equipment Effectiveness (OEE). Additionally, AUTOMAPPPS supports a wide range of robot manufacturers, ensuring flexibility and adaptability in various industrial settings.

Robotmaster is an advanced offline programming (OLP) software designed to simplify and optimize the programming of industrial robots across various applications. By seamlessly integrating CAD/CAM functionalities, Robotmaster enables users to generate accurate robot trajectories directly from CAD models, eliminating the need for manual teaching points. This approach significantly reduces programming time and enhances production efficiency, making it ideal for high-mix, low-volume manufacturing environments. Key Features and Functionality: - Seamless CAD/CAM Integration: Robotmaster bridges the gap between design and manufacturing by converting CAD/CAM data into optimized robotic programs, facilitating a smooth transition from design to production. - Multi-Robot Programming: The software supports simultaneous programming of multiple robots within a single work cell, allowing for efficient task distribution and coordination, which is essential for complex manufacturing processes. - Automated Error Detection and Correction: With features like Auto Solve, Robotmaster automatically identifies and resolves programming errors, such as singularities and collisions, ensuring optimal robot performance without extensive manual intervention. - Intuitive User Interface: Designed for users with varying levels of expertise, Robotmaster offers an interactive simulation and editing environment, enabling easy visualization and adjustment of robot paths and operations. - Support for Multiple Robot Brands: The software is compatible with a wide range of industrial robot brands, including ABB, FANUC, KUKA, Yaskawa Motoman, and Universal Robots, providing flexibility in diverse manufacturing settings. Primary Value and Solutions Provided: Robotmaster addresses the challenges of traditional robot programming by offering a user-friendly, efficient, and error-free solution. It empowers manufacturers to maximize their robots' productivity and profitability by reducing downtime associated with manual programming. The software's ability to handle complex applications—such as cutting, welding, grinding, and painting—without requiring extensive programming knowledge allows companies to adapt quickly to changing production needs. By automating path optimization and error correction, Robotmaster ensures high-quality outputs, minimizes cycle times, and lowers operational costs, making it a valuable tool for enhancing manufacturing efficiency and competitiveness.