Bioquochem – Additive manufacturing for improved measurements in biomedical devices The project ‘Additive manufacturing for the improvement of biomedical devices’ aims to solve a problem of usability and reliability of a device for measuring antioxidant capacity manufactured by the company Bioquochem. In collaboration with Idonial Centro Tecnológico, one of the ten partners of Asturias…
Gonvarri Industries MS R&D — Electronic sensor printing EMI Project — Intelligent Metallic Structures through electronically printed sensors The EMI Project — Intelligent Metal Structures is based on the research of printed electronics for the development of sensors that monitor these types of structures and allow the transmission of high-value information on the…
Pangea Aerospace — Additive manufacturing for the aerospace sector PES-3D — Green Space Propulsion through additive manufacturing The PES-3D — Green Space Propulsion through Additive Manufacturing project aims to research and develop satellite engines with sustainable fuels through laser additive manufacturing of advanced metallic materials. What is the problem to be solved or improved? PES-3D…
Additive manufacturing equipment, using COTS and proprietary FFF technology.
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 printing electronics
3D bio-printing units, used for the customised manufacturing of thermoplastic
polymers, hydrogel, ink, fluid foodstuffs, UV curing materials and Newtonian
fluids. Own development.
Additive FDM manufacturing equipment of different sizes and with the capacity
to work with different polymer materials (including high-end technical materials)
and formats (chippings and wire).
Additive manufacturing head with a high deposition rate, designed to process
polymer materials (including recycled materials) in different formats (pellets,
flakes and chippings). Can be integrated with robot cells and Cartesian
coordinate systems.
Large scale 3D printer for construction materials (concrete, cement…). 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.
