Robotic concrete 3D printing in progress

An industrial robotic arm extrudes concrete layer by layer structural or decorative, depending on programme requirements. No formwork means complex geometry becomes buildable, often on-site, in days rather than months.

Our lime-based structural mortars actively absorb CO₂ during curing a measurable sustainability advantage for ESG reporting and UAE Net Zero 2050 alignment.

Why robotic concrete LFAM

Eliminates conventional formwork for bespoke elements. Reduces material waste by up to 60% compared to standard methods. Enables on-site production with portable systems.

No moulds or formwork for complex geometry
On-site printing where you build
Up to 60% material waste reduction
CO₂-absorbing lime-based mortars
Days to weeks vs 8–14 week conventional lead times
Proven in regulated environments (Bergamo Airport)

Where concrete LFAM delivers

Programmes where geometry, programme speed or sustainability metrics drive procurement decisions.

Full-service buildings printed on-site
Structural and decorative wall systems
Urban furniture and landscape elements
Community seating and utility shelters
Custom concrete formworks for iconic facades
Smart-city installations and public monuments
Airport and infrastructure service modules

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Bergamo Airport robotic concrete LFAM project

A service and rest module for Milan Bergamo Airport concrete walls printed layer by layer inside a live airport logistics zone, with no conventional formwork. 100 days from first conversation to handover. 19 days to print.

View case study

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More ways to see how ELM delivers LFAM in the UAE

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ROBOTIC CONCRETE