EASY-ROB™ is a comprehensive planning and simulation software designed for industrial robots and various kinematic systems. It enables users to program applications such as assembly, coating, and handling, with immediate 3D visualization of robot motions and virtual production environments. By facilitating tasks from robot work cell planning to accessibility checks, collision detection, and cycle time estimation, EASY-ROB™ enhances planning security and significantly reduces commissioning times. The software supports the generation of machine code through post-processors, allowing seamless application to real-world systems.
Key Features and Functionality:
- Extensive Robot Libraries: Access to over 1,000 robot models from manufacturers like ABB, FANUC, KUKA, and YASKAWA, ensuring compatibility with a wide range of systems.
- Multi-Robot Simulation: Simulate multiple robots and kinematics within a single work cell, with synchronized movements and program communication via I/O signals.
- Advanced Programming Languages: Utilize ERPL (EASY-ROB™ Program Language) for sequence programming and ERCL (EASY-ROB™ Command Language) for simulation commands, both featuring formula parsers with mathematical functions.
- Comprehensive Project Management: Manage kinematics, components, devices, and tools through the Device Manager, and archive work cells with the Project Manager.
- Layout Planning and Collision Detection: Create paths with unlimited target points, monitor accessibility, travel ranges, speeds, and accelerations, and perform hierarchical collision detection with clearance functions.
- 3D Visualization and Export: Generate animated 3D PDFs and WebGL exports of simulation processes for presentations and documentation.
- Flexible Licensing and Training: Offers various licensing methods, including hardware-related and PC-independent options, along with free online training and individual training sessions.
Primary Value and User Solutions:
EASY-ROB™ provides a user-friendly platform for efficient robot simulation, enabling quick validation and visualization of automation concepts. It offers cost-effective feasibility studies, enhances planning and investment security, streamlines process programming, and reduces startup times. The software is ideal for layout planning, reachability and collision checks, cycle time analysis, offline programming, sales support, training, and feasibility studies for new machine concepts.
