Fustek, sensor technology to detect poplar wood quality The Fustek project The company Fustek, specialized in poplar wood products, aims to integrate state-of-the-art technologies, such as advanced sensors and digital twins, to detect the existence and depth of knots in standing trees, which lower the value of its wood and affect its industrial potential and…
Mobile infrastructure, made up of 8 virtual reality units with digital twins in the Industri4 Lab demo unit and Well-being and Active Ageing Laboratory.
The centre is built on a plot with a gross floor area of 17,000 m2, including an office and laboratory building.
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.
Collaborative robotic arms. Integration with material transportation systems and
supported by vision technologies
Parametric 3D CAD design programs.
Software tools based on simulating discrete events.
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.
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.
FLEXIBLE PRINTED ELECTRONICS, pilot roll-to-roll line used to manufacture
functional high-tech products with low-cost flexible substrates.
The bio-plastic plant has a bio-refinery that was created at the scale of the
pilot plant.
Set of installations used to reproduce the different stages of the steel
manufacturing (Manzana del Acero) processes.
Demo system for yield sensor systems used in agriculture (TRL3-4), in which
different technologies of Industry 4,.0 are tested (robotics, artificial vision,
sensors, data analysis, etc.).
Scientific-technological infrastructure used as a platform for experimentation
and validation of R&D projects within Industry 4.0.
Pilot plant with a gross floor area of 1,000 metres that simulates the environment
in a standard food industry. It includes the main units and simulates all areas,
work flows and work processes.
