Industries and applications
The same knowledge of the material, different requirements: class A surfaces in automotive, low mass in aviation, stiffness in machinery, corrosion resistance in construction.
Automotive and motorsport
Visible and structural parts, forged carbon replacements for aluminium, short moulding cycles.
Technologies:
Bicycles and sport
Bicycle frames and components – we have developed a series process for carbon frames that is cheaper and faster than the conventional one.
Technologies:
Aviation, helicopters and drones
Structures made from prepreg, with RAT and OOA; skids for an ultralight helicopter made from wound profiles and forged carbon connectors.
Technologies:
Machinery, automation and robotics
Light and stiff arms, grippers and beams that reduce the moving mass and the cycle time of machines.
Technologies:
Construction
Composite rebar for concrete reinforcement – we started up and optimised a production line.
Technologies:
Energy and hydrogen
Experience from renewable energy projects; we are preparing the Vanguard H2 IVC hydrogen project.
Technologies:
Projects
Start-up of a pultrusion line for composite concrete rebar
Start-up and optimisation of a production line for composite rebar.
Composite plates 1–30 mm: forged carbon, carbon, aramid, glass
500×500 mm composite plates 1–30 mm thick – forged carbon, carbon, aramid, glass and their combinations – for CNC machining and premium finishes.
Carbon profiles with a variable shape and section
A method for making carbon fibre profiles with a variable outer shape and a variable section.
Have a drawing or just an idea? We will tell you how to make it.
Tell us what the part has to do, how many you need and what the requirements are. We will reply with a proposed process, material and next steps – with no obligation, under NDA if needed.