Composite production scale-up · Finland

From prototype
to scale-up

Turn funded hardware programmes into repeatable composite production. Our industrial team combines AI-assisted path planning, process control and closed-loop quality with AFP, winding, AddX LFAM, forming and inspection.Scale funded hardware into repeatable composite production with AI-assisted planning, process control and closed-loop quality.

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REAL CONNECTED PRODUCTION

AFP CELL

Automated fiber placement cell scaling composite production

Industrial process knowledge, AI and quality in one production system.Explore products →

Research engine · public collaborations€20M+collaborative R&D portfolio

Active programmes are advancing recyclable materials, in-process control, adaptive manufacturing and digital twins. More collaborations are in preparation and remain unnamed until they are public.

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ABBOT

Proven production network

100+ technical partners and installations worldwide

Anonymous installation points show the reach of deployed systems without exposing customer identities. Drag the globe or let it tour the network.

Installed systems · identities protectedA global learning network

Every installation strengthens the software, processes and production knowledge behind the platform.

Global overview

Anonymous installation region

Selected customers

Advanced Remanufacturing and Technology Centre

Composites Manufacturing and Simulation Center

Prototype-to-production architecture

One platform
Every process to scale the part

Addcomposites is the industrial partner that configures the complete production system—not a loose collection of end effectors. AI-assisted software, robots, tooling, material flow and quality control work as one architecture from first article to repeatable production.

Engineer reviewing a robotic production plan in AddPath

AI-assisted digital thread

Plan + simulate

Turn geometry and performance targets into manufacturable paths, optimized motion and an executable production plan.

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AddX large-format additive manufacturing system installed on an industrial robot

Process architecture

Make + form

Combine LFAM, AFP, winding, RTM, thermoforming or stamping around the part.

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Laser line scanner, process sensors and material feed on an AFP head

AI production intelligence

Control + learn

Use sensing, adaptive process control and inspection data to detect drift, close the quality loop and improve the next part.

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Configured around the product

From first article to repeatable production

Choose the programme closest to yours. Each route combines the right processes, axes, tooling, material flow, AI controls and quality evidence—and opens the relevant application pathway.

KUKA robot manufacturing a grid-stiffened composite fuselage panel

Autonomous flight

Drone scale-up

Airframes, spars, skins and local reinforcement from prototype to rate.

Large composite flight structure shown from robotic manufacture to finished part

Advanced air mobility

eVTOL rate production

Rotors, wings, fuselages and structural assemblies.

Robotic laser-assisted winding of a composite pressure vessel

Clean energy

Hydrogen systems

Vessel winding, bosses, liners and verified overwrap.

Laser-assisted thermoplastic fiber placement on a curved structural tool

Defence programmes

Mission-ready structures

Airframes, radomes, missile components and EMI structures.

Engineer commissioning an industrial AFP system for traceable flight structures

Certified flight

Aerospace scale-up

Skins, spars, control surfaces and interiors with traceable quality.

Automated helical composite winding for cylindrical launch hardware

Space + launch

Orbital structures

Tanks, panels, reflectors and launcher structures.

Iterative CAD · CAE · CAM · production

Design the structure
Industrialize the system

Composite production is not a handoff between disconnected tools. Geometry, laminate definition, structural analysis, process planning, cell simulation and inspection form one repeating engineering loop.

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Active engineering stage

04 · AI-assisted CAM + process planning

Use process knowledge and AI assistance to translate the approved laminate into manufacturable courses, winding patterns, deposition parameters, tooling strategy and coordinated motion.

DESIGN ↺ ANALYZE ↺ PLAN ↺ PRODUCE ↺ VERIFY

Digital simulation of a robotic composite process

Start with simulationPATHS · REACH · COLLISION · CYCLE

Finish with the partSTRUCTURE · QUALITY · VERIFIED OUTPUT

Latest from the lab · recorded runs

See the process moving

Real machines, real material, real parts.Recent footage from Addcomposites cells, customer applications and live demonstrations. On capable connections, the first run starts muted when this section approaches; data-saving visitors keep the lightweight posters.