MERGING

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Category Archives: Press Releases

31Oct/23

MERGING’s hybrid cell: a benchmark for composites manufacturing industry

October 31, 2023Press ReleaseslmsIT

The automotive sector was the first major application of industrial robots, and is still the main adopter of automation technologies, accounting for almost 30 % of all industrial robots that are currentlyRead More…

30Oct/23

From lab to factory: MERGING’s innovative flexible material handling solutions successfully integrated and tested in industrial settings

October 30, 2023Press ReleaseslmsIT

Press Release Building on its prior success, MERGING’s innovations have now been tested on the industrial floors. Together with the project’s integrators, research teams have transitioned the robotic systems from the labRead More…

13Sep/23

The merging solution, for enhanced flexible material handling, tested at lab environment

September 13, 2023Press ReleaseslmsIT

PRESS RELEASE 13 September 2023 The technological outcomes of MERGING have started to demonstrate their potential. Research partners, supported by the project’s integrators, have collaborated on delivering the project’s integrated robotic systems.Read More…

08Sep/23

How a new generation of robots can change the textile industry

September 8, 2023Press ReleaseslmsIT

PRESS RELEASE December 2021 Robots have transformed many areas of manufacturing, to the point that whole industries –from automotive to electronics and chemical – would now be unthinkable without them. But otherRead More…

15Mar/20

A robotic platform to manipulate soft materials in industrial environments

March 15, 2020Press ReleaseslmsIT

PRESS RELEASE 01 April 2020  The MERGING collaborative project, involving twelve partners from academia and the industry, will pioneer the use of robotics and Artificial Intelligence for manipulating flexible and fragile objects.Read More…

Copyright © MERGING
MENU
  • Project
    • Concept and overall solution
    • Objectives
    • Structure
    • Pilot Cases
    • Demonstrators
  • Consortium
    • CEA
    • LMS
    • EPFL
    • AIMEN
    • SELMARK
    • VDL
    • THIMONNIER
    • IPC
    • CASP
    • OPTEAMUM
    • OMNIGRASP
    • SHADOW UK
    • SHADOW ES
  • News
    • Blog Posts
    • Press material
    • Publications
    • Public Deliverables
    • Dissemination Material
  • Cluster Projects
  • Contact
  • Tutorials
    • Deformable Object Handling Controller
    • Deformable material modeling and model-based robot control
    • Glove Comanipulation
    • Fragile objects comanipulation
    • Teaching by demonstration
    • Human tracking using computer vision
    • Shielded soft force sensors