Portable demo units: digital twins, CTIC demo unit
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.
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.
Infrastructure for the execution of quantum computing simulations, which allows the emulation of general-purpose quantum algorithms that can be used for any type of problem within the quantum context.
DJI Matrice 600 pro drone. Wingspan 167 cm, weight 12 kg, range 15 min, speed 65 km/h. Carbon fibre material.
Scout model, with Velodyne VLP-16 laser sensor. 120-metre detection range, with the capacity to take 600,000 measurements per second in the doublereturn mode.
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
Software tools based on simulating discrete events.
Sonic technology equipment oriented to its implementation in the industrial process for the resistant classification of wood and other materials.
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.
135 sensors: conductivity, water volume and floor temperature, weather
variables, dendometric sensors, humidity and leaf temperature sensors.
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.
RTK Fixed wing drone with a weight of less than 2 kg. 150-g payload.
40-minute range with standard camera.
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.
18 autonomous monitoring stations, which can be configured for a wide range of sensors. Remote communications with own servers.
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.).
Robotic cell consisting of a KUKA KR500 robot with 7 degrees of freedom
and a payload capacity of up to 500 kg.
Set of sensors and autonomous monitoring stations, in compliance with W3C
international standards, for data interoperability.
Selective laser sintering machine, designed to achieve the cost-effective
production of small and individual series and products with complex geometries.
This unit is made up of a fused filament head, laser system, robot and table
with an atmosphere control system and control system. (2 robots) for robotised
welding, different offline programming applications (works with any robot brand)
and robot communication applications (remote control) and robot cell simulation
software.
Micro-machining unit with high-speed chip removal systems, achieving the
highest possible accuracy levels, within microns.
3D printing unit that uses nylon, onyx (fibreglass reinforced nylon), Kevlar, carbon
fibre, fibreglass or HSHT (High Strength High Temperature) fibreglass.
Ceramic 3D printing, using LCM technology based on the photopolymerisation
principle.
3D bio-printing units, used for the customised manufacturing of thermoplastic
polymers, hydrogel, ink, fluid foodstuffs, UV curing materials and Newtonian
fluids. Own development.
3D industrial printer that uses sintered metal, using direct laser techniques for
metals (titanium, aluminium, steel, cobalt-chromium, etc.).
Laser sintering machine to produce toolkits, inserts, part prototypes and final
products, directly from metal (titanium, aluminium, steel, cobalt-chrome, etc.).
3D printing unit used to manufacture photopolymer resin, in rigid materials
and for rubber, and for different applications, such as prototyping and proof of
concept tests.
Selective laser sintering machine with polymers, designed to achieve the costeffective
production of small and individual series and products with complex
geometries.