Fraunhofer Institute for Material Flow and Logistics IML
Fraunhofer Institute for Material Flow and Logistics IML

Public Funded Projects

 

In the EU research project "Flexible Assembly Manufacturing with Human-Robot Collaboration and Digital Twin Models" (FELICE), the Department of Robotics and Cognitive Systems, in collaboration with numerous European partners, is researching, among other things, the collaboration between humans and robots in the context of production. 

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EMILI

 

A new, revolutionary vehicle, which acts totally autonomous and interacts with its environment.

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Clan Human-Technology Interaction

Designing of socio-technical systems 

 

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InnoLAB

 

An interdisciplinary research project for the development of hybrid services within the framework of Industry 4.0 and with a special focus on the interaction between humans and machines.

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DIH²

 

The DIH² project supports manufacturing SMEs and Mid-Caps across the European Union by implementing robotics solutions through a combination of funding and practical support based on the technology exchange among robotics Digital Innovation Hubs (DIHs).

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SafeLog

 

Safe Human-Robot Interaction for Highly Flexible Warehouses

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SmARPro

 

- in cooperation with the »Packaging and Retail Logistics« Department

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VitOL

 

Wireless Sensor Network of Intelligent Nodes Objects.

Sensor Network Based Systems for Material Flow Technology

 

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SMART FACE

 

Smart Micro Factory for Electric vehicles with lean production planning

- in cooperation with the:
»Machines and Facilities«,
»Supply Chain Engineering«,
»Information Logistics and Decision Support Systems« Departments

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Hub2Move

 

Adaptable Logistics: the Hub2Move model

- in cooperation with the »Machines and Facilities« Department

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SaLsA

 

Safe Autonomous Logistics and Transportation Vehicles in Outdoor Areas

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3D Contour Check

 

The fully automatic, efficient and economical de-palletizing system

 

- in cooperation with the »Machines and Facilities« Department 

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InFa-CTS

 

In Factory – Cellular Transport System

 

- in cooperation with the »Machines and Facilities« Department

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SAFE³LY

 

Safe autonomous vehicles (electric, efficient, low-emission) in the logistics yard

 

- in cooperation with the departments »Transport Logistics« and »Environment and Resource Logistics«

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SWAP

 

Hierarchical swarms as utilization-optimised production architecture

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Cellular Transport Systems

The Future of Facility Logistics 

 

- in cooperation with the »Machines and Facilities« Department

 

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L4MS

 

The L4MS project focuses on fully digitizing intralogistics automation in factories. The goal is for suppliers of automation and logistics solutions to be able to develop and be up to ten times faster and less expensive than current prices.

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5G-RemRob / RAI

 

The core objective of the project is to enable service robots to autonomously drive and perform transport tasks in various deployment locations in the shortest possible time.

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libVDA5050++

 

Deep Dive Open Source - generating new potential.

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