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Robotics

Research and development activities focus on specific design nodes of robots and manipulators, mechatronic elements of automation technology, peripherals of robotic workplaces, and production machines using mechatronic elements and principles. An important area is the development of technological effectors, mechanical and vacuum grippers, and adaptive gripping heads with high resistance to environmental influences, and research of autonomous service robots, environmental impacts, research of autonomous service robots, and robotic instruments for medical applications.


 

Why to cooperate with us?

R&D ACTIVITIES

Robotic handling and effectors

  • Research and development in the field of robotic handling of less common objects due to their weight, temperature, fragility, shape instability, or shape complexity, or special environments such as elevated temperatures, dustiness, or vacuum.
  • Development and system integration of handling devices and industrial robots into robotic technological workplaces.
  • Research and development of new types of effectors (gripping and technological heads) for robots, mechanical and vacuum grippers, and optimisation of flexible adaptive gripping heads.
  • Implementation of elements with a high degree of intelligence and new materials into robotic systems, mechatronic systems with multiple degrees of freedom and standard drive topologies.
  • Research, development, and implementation of advanced technologies in the field of automation technology, electrical engineering, electronics, and robotics for engineering and non-engineering applications.
  • Research and development support using numerical simulations.
  • Performance of strength calculations of critical machine nodes, including creation of kinematic and dynamic models of mechatronic systems.

Service robotics and mechatronic systems for specific applications

•    Application of service robots for difficult and specific surfaces, under difficult conditions, in areas with a dangerous environment.
•    Research and development of mechatronic systems for health and health rehabilitation purposes (orthosis).
•    Development of single-purpose machines and mechatronic devices for specific professional applications (such as ice removal).
•    Research and development support using numerical simulations.
 

BASIC EQUIPMENT

BASIC EQUIPMENT

  • 6-axis force sensors.
  • A set of linear and rotary drives.
  • KMR autonomous robot (combination of a mobile platform and LBR iiwa collaborative robot).
  • Industrial robots with an angular structure (KUKA KR 16, KR 90, KR 3, and KR 5 scara).
  • Industrial robot with a parallel structure (ABB IRB 360 FlexPickerTM).
  • YASKAWA MOTOMAN SDA10F two-arm robot.
  • Instruments for measuring strength and friction properties (TINIUS OLSEN H2K5T, LLOYD Instruments LR50K plus).
  • Mechanical equipment in the prototype workshop.
  • Software: MSC.Marc, Festo FluidSIM, Autodesk Inventor.
OFFER OF COLLABORATION

OFFER OF COLLABORATION

  • Development of new types of effectors (technological and gripping heads) for robots.
  • Manipulation of less common objects due to their weight, temperature, fragility, shape instability, or shape complexity.
  • Design of robotic workplaces.
  • Design, development, engineering, production, and testing of single-purpose machines.
  • Computer simulation of deformation contact tasks, optimisation of engineering components, products, and technological processes; design studies.
  • Implementation of system I/O modules in production lines, basic PLC programming (Siemens, Lenze, B&R, Unitronics).
  • Solutions for special pneumatic drives (circuits).
  • Dimensioning of electric servo drives.
  • Laboratory testing of structural units and sensors.

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