Technology
Platforms
Robotic systems, digital modeling, and engineering integration for the realization of modern production processes.
HI-RISE platforms combine industrial robotics, cobots, interchangeable tooling, and digital tools. Each platform is viewed not as a separate piece of equipment, but as an element of an integrated system for complex and flexible manipulation tasks.
Robotic Welding Complex
This platform is designed to perform complex technological operations that require high positioning accuracy, synchronized movement, and process stability. It combines an industrial robotic manipulator with additional positioning axes and technological tooling.
Thanks to the coordination of multiple axes, the system allows implementing complex tool paths, maintaining the optimal orientation of the working body, and ensuring the stability of the technological process.
Typical platform capabilities
Cobots and Gripper Systems
Collaborative robots (cobots) are used to implement flexible production operations where adaptability, quick reconfiguration, and safe interaction with the operator are important.
Unlike classic industrial robots, cobots allow you to quickly change working scenarios and tooling configuration. Thanks to the use of interchangeable grippers, one platform can perform a wide range of manipulation tasks.
Learn more about the technical specifications and capabilities of the flagship cobot:
Collaborative robot FANUC CRX-10iA
Small-class industrial robot
This platform is used for performing precise manipulation operations, educational scenarios, and testing robotic algorithms. A compact industrial robot allows working out engineering tasks related to positioning, trajectory programming, and cycle optimization.
Due to its characteristics, the system is convenient both for educational purposes and for demonstrating the operating principles of robotic cells.
Learn more about the technical specifications and information about the module:
Educational robotic module TRIADA-ROBO S10-706
robodk.com
fanuc.eu
Digital Twin and Offline Programming
Digital simulation tools allow creating virtual models of robotic systems and testing production scenarios before launching them on physical equipment.
This approach significantly reduces integration risks and accelerates the launch of robotic systems in real production.
Learn more about the capabilities and information regarding the software:
Software for simulation and offline programming of industrial robots RoboDKOfficial developer website: https://robodk.com/
Tooling and System Integration
The efficiency of a robotic system is determined not only by the characteristics of the robot but also by the proper integration of peripheral equipment. At HI-RISE, special attention is paid to the development and use of interchangeable tooling, gripper systems, and auxiliary mechanisms.
This makes it possible to adapt robotic systems for various production tasks and quickly change the configuration of work cells. The integration approach ensures the creation of full-fledged robotic work cells where all elements work as a single system.
Key integration componentsIntegrated Robotic Ecosystem
Individual HI-RISE platforms can be used as standalone systems or combined into a single robotic infrastructure. This approach allows the center to work with a wide range of engineering and production tasks.
Cobots perform manipulation operations
Industrial robot executes the technological process
Digital Twin is used for scenario verification
Interchangeable tooling allows adapting the system to a new task
Technologies
as the foundation
of engineering
solutions.
HI-RISE technology platforms create the foundation for developing robotic manufacturing systems, training engineers, and implementing joint innovative projects.
The integration of robotics, digital modeling, and interchangeable tooling allows the center to work with both experimental scenarios and practical industrial tasks.
