Additive manufacturing laboratory
Additive manufacturing equipment, using COTS and proprietary FFF technology.
EOS P395
Selective laser sintering machine, designed to achieve the cost-effective
production of small and individual series and products with complex geometries.
WAAM (Wire arc additive manufacturing)
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.
KERN EVO units
Micro-machining unit with high-speed chip removal systems, achieving the
highest possible accuracy levels, within microns.
MarkTwo unit
3D printing unit that uses nylon, onyx (fibreglass reinforced nylon), Kevlar, carbon
fibre, fibreglass or HSHT (High Strength High Temperature) fibreglass.
Lithoz Cerafab 8500
Ceramic 3D printing, using LCM technology based on the photopolymerisation
principle.
Neotech-AMT 15X G3
3d printing electronics
Bio-printing equipment, 3d health
3D bio-printing units, used for the customised manufacturing of thermoplastic
polymers, hydrogel, ink, fluid foodstuffs, UV curing materials and Newtonian
fluids. Own development.
FDM technology laboratory (Fusion Deposition Modeling)
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).
BAAM (BIG AREA ADDITIVE MANUFACTURING)
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.