Demonstrators
Viscoelastic Polyurethane
Pillow Handling
Handling automation process for quality product improvement (reduction of human error in the process)
Electronics and fragile
components
Flexible production assembly through mobile cobots, as well as autonomous mobility between work areas to transport orders
Automotive Smart
Manufacturing
Improvement and feasibility of robotic hardware, integration of AI based software and efficiency improvements
Building Construction
(Wall Finishes)
Fast-paced efficient construction through mobile cobots to facilitate construction professionals with quality-assured outcomes and skills
Crafts, culture
and creativity
Repetitive work maintaining artisan Skills while keeping artistic vision and product profile of creative professionals
Use Case 1 - PEMU
UC Leader: PEMU
PEMU is a Hungarian plastic processing company located in Solymár. It is currently a front-rank company in Hungarian plastic processing industry.
Presentation of the challenges that justified the development of the Use-Case
PEMU Use-case focuses on feasibility of robotized polyurethane viscoelastic pillow handling.
The objective of use case is the use of collaborative robot to handle polyurethane viscoelastic pillows of different shapes and dimensions. The viscoelastic polyurethane material is very soft, therefore robotized handling is a major challenge.
Automation of the quality control process is also key in this use-case. It aims at contributing to reduction of human errors in the process, such as incorrect positioning of the cushion and thus subsequent rejection effecting in loss of time, energy and resources.
Main results
- Handling of flexible objects of different size and weight.
- Human-Robot interaction in terms of co-working during quality check.
- Handling a reconstruction of complex environment and issues related to indoor navigation.
- Safety and ergonomics in terms of possible physical contact, handling big objects, dangerous tools and repeated movements.
Contact
To know more about this UC, please contact: szabolcs.nagy@pemu.hu
Use Case 2 - OSAI
UC Leader: OSAI
OSAI A.S. is an Italian SME that operates in the field of automation and system integration for industrial processes. The company aims to offer customers modern solutions to their means of production and to improve the competitiveness.
Presentation of the challenges that justified the development of the Use-Case
The main objective of the Use-case in OSAI is to develop a system able to adapt and support the operator and the manufacturing system for a smart switch of production.
The flexibility of the system and the possibility to convert the production into a different product are key points for this use case. The interaction with the human operator is also a major attribute considering the work cell and change of the production.
Main results
- Human-robot interaction and collaboration for a more effective adaptation to manufacturing needs and mishap; in particular as regarding interaction with the mobile robot
- Flexible switch to a different product production
Contact
To know more about this UC, please contact: a.tori@osai-as.it
UC Leader: Mercedes Benz Türk A.Ş.
Mercedes-Benz Türk (MB), which established in Istanbul in 1967.
Presentation of the challenges that justified the development of the Use-Case
This use-case aims to use VOJEX System to optimize the holding pressure of the melded pieces in order to reduce their damage and increase the productions.
Main results
Contact
To know more about this UC, please contact:
Use Case 5 - OKN
UC Leader: OKN
A real workshop of ideas based on the sharing and participation of various professional figures active in the sectors of culture and visual arts, technologies, training and economics.
Presentation of the challenges that justified the development of the Use-Case
About half of all enterprises in craft sector have no employees at all, thus providing employment and income to the self-employed workers only. These small companies often lack personnel, financial and time resources, which leave them with little time and energy to reflect strategically and plan on future activities, especially if they are regarded as ‘beyond’ the direct business activities.
In this Use Case, the objective is to use robot’s arm to support the artisans both from mechanical and artistic point of view: engineering the project designed by the artist; collaborate with the artisan to support her/him accurately for the realization of ancient tiles.
Main results
- First step of an innovation path to reduce the artisanal workflow
- Robot and artisans can collaborate through the robot’s ability to provide some mechanical repetitive steps
- Reduce the workflows fatigue
Contact
To know more about this UC, please contact: martiniello@yahoo.com
