The objective is to develop a hollow optical fiber module for ultrafast laser beam delivery for ultra-precise processing of organic emitting diode (oled) and to develop laser machining system for next generation flexible oled display manufacturing using the module.
The stamping of electronic components demands narrow production tolerances and high productivity. Developed smart mechatronic forming tools with optimized lubrication system, sensored process, cooled tool parts enable eco-friendly oiling concepts and immense increase of process productivity.
We will develop a revolutionary, compact propulsion unit for small electric vehicles in urban environments. For the first time, a 3 kw motor, controller electronics and efficient air cooling will be integrated into a 10" wheel. The unit with 160 nm torque will be validated in several vehicles.
A-nomad is an advanced intelligent automatic guided vehicle system, which enables the producers in manufacturing industries to significantly improve the efficiency, flexibility and speed of their transport and logistic operations.
Partners will develop a flexible modularly designed building, which will be in accordance with standard for nearly zero-energy and passive buildings. The product will represent a step forward from standard building methods and will be developed to final stage - for use in real-world environment.
Ims 4.0 will be a modular shredder that will allow quick shifting of the grinding head in accordance with the requirements of the input materials. Part of the ims 4.0 will also be a program module with advanced mathematical optimization algorithms that will optimally enable the adjustment of ims 4.0
Star-dip aims to research, develop and scale-up of an innovative dip-coatable multifunctional added-value sol-gel coating formulation and the corresponding dip-coating process to improve the corrosion resistance of different metal surface automotive and aeronautics components.
The aim of the project is research, development and utilization of a complex surface treating of exposed railway coaches components, by utilization of new method of technology of thermal spraying.
The aim of the project is to create a technologically advanced electric motorcycle that will combine carbon materials, an electric drive unit, control electronics and other technical solutions of their own production.
We will develop a platform 'global connect' that makes sea container tracking more reliable and cost effective with unique and innovative technology from innotel and paradigma. The result will be used to test the tracking of containers from the largest container leasing company seaco global.