The DynaMo project aims to apply the RTDMP bin picking mechanism in agile manufacturing hence, increasing flexibility, adaptability and agility in robotic picking systems.
The objective of the SALSA2d is to install a 3D online-offline robotic programming platform for digital teaching, commissioning and monitoring. This project provides custom software with flexible and agile automation.
The ARGRIND project is an industrial robot for grinding tools that perfroms fast grinding production of metal parts, controls human-machine interface and monitors the profuction process.
AGILE advanced robotic solutions boost the agility of the automotive sector by applying the TRINITY robotics solutions (HRC) and AI machine tools.
The project's goal is the development of a Smart Monitoring infrastructure which will improve the 4.0 industry, using the high-predictability mechanism to collect and analyse data.
The ALGOFAP project intends to advance agile manufacturing through optimised internal production logistics in order to address the complexity of AMR and the installation of a system of different brands.
The EACHPack comprises a robot-centred solution system for simple integration of production lines, which picks different parcel posts and classifies them into corresponding containers.
The project's objective is to establish an effective CBM solution for robotics that will prevent any false detections, integrate sensors for voice command and distribute supply chain certification.
The LMD-AUTO project is a solutions module whose target is the establishment of an automated laser-cladding process in order to save time and improve the efficiency of a laser-cladding cell.
The LOMSAS project intends to provide a low-cost infrastructure for manufacturing that will facilitate track/tracing and safety conditions for workers through IoT testbeds.
This project demonstrates a smart robotics automation for optimised production based on a modular machine platform that monitors and controls quality functionalities in line with human factors.
RoboLibri corresponds to a high Intralogistics Automation, an autonomous and interactive robot in agile production that provides a high level of intralogistics, precise product location, direct information for users and high system flexibility.
This 3D technology uses an arc welding process to produce metal parts additively which will reduce material waste and the production time for customised industrial pipeline clamps.
" RoSo-UPB's ambition is to automate the classification process of cylindrical cells and consumer batteries with the aim of recycling and re-using batteries' metals. "
TRAINMAN-MAGOS integrates the use of robotics and human intelligence, focusing on shortening the production time and increasing the production flexibility and the quality of the end-product.
ROBOBEND presents a bending robot with a simple hardware and control system solution, which is completely operated by an integrated intelligent system.
The X-Weld project inteds to install an automated system for robotised welding, applying advanced offline programming, including sensors for robot calibration.
Digi-SAAP demonstrated collaborative screwdriver applications in agile manufacturing to strengthen flexibility and reduce the programming time, ensuring high screw quality.
The ECON's target centres around making electric motor manufacturing more agile, thus improving productivity, minimising waste material, and increasing economic-social gains.
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