Gonvarri Industries MS R&D — Machine vision and deep learning for quality control Low-cost system for the automation of surface inspection using new machine vision and deep learning techniques What issues are being addressed or improved? Gonvarri MS R&D needed to improve the detection of surface defects on steel plates on the pickling line at…
3D digitalisation and coordinate measuring equipment based on contact and contactless technologies (laser triangulation, conoscopic holography, structured light, etc.)
Singular infrastructure for the validation of systems connected to the grid.
5G laboratory equipped with measuring, simulation and connectivity instruments, with a private 5G network simulator in FR1.
Mechanical and laser prototyping system with adjustable rpms and high
accuracy levels, using planar printed technology when manufacturing antennas
and microwave circuits.
Equipment featuring two high-resolution 3D printers, sputtering machine,
sintering furnace, spin-coater and ultrasound bath.
3 dedicated calculus servers
Fully-equipped Industrial Electronics laboratory, used to develop products adapted to needs of Industry 4.0.
Probe station adapted to take measurements in terahertz wavebands, featuring
a structuring laser system.
Pilot IoT system (city level), which features IoT nodes and Gateways, in addition to a street light management system.
Additive manufacturing equipment, using COTS and proprietary FFF technology.
It features an anechoic chamber (8m x 5m x 4.5m) with a spherical measuring
range within the 40 GHz UHF bandwidth with a flat measuring range for
antennas within the 400 MHz – 40 GHz,
Control system used to control the entire infrastructure, made up of a virtualised
server and real-time communications system.
Servers used to carry out simulation and monitoring tasks, which are the base of
most of the applications developed for companies.
Smart meter network, connected via PLC and installed on different nodes of the
micro-grid.
Vector signal generator with a 250 KHz to 44 GHz frequency range, used to
conduct studies in controlled areas and experiments in real environments with
commercial radars.
Circuit measurement and characterisation equipment, from RF and microwave
circuits to sub-millimetre measuring equipment in the radio-frequency,
microwave and sub-millimetre bandwidths, including signal generators,
spectrum analysers, vector analysers, converters, modulators, etc.
BMS-9 battery management system developed in collaboration with CEGASA to
control the Li-on battery modules.
