Wellmate
In partnership with Arkil A/S and Aarhus Vand A/S, Odico has pioneered Well Mate, its i Sculptor-based application. This innovative tool enables online configuration and ordering of concrete well forms, seamlessly integrated with Odico's robotic manufacturing. The collaboration aligns with Arkil A/S's dedication to innovation, sustainability, revolutionizing traditional on-site casting, reducing construction time and mitigating traffic disruptions.

Business partner

Arkil & Aarhus Vand

Solution

Wellmate

Industry

Construction

Country

Denmark

Revolutionizing concrete formwork with Well Mate: A Collaborative Breakthrough

Odico's groundbreaking collaboration with Arkil A/S and Aarhus Vand A/S has given birth to a game-changing solution, Well Mate. This transformative application leverages Odico's cutting-edge Sculptor technology to streamline the construction of concrete well forms. Well Mate allows for effortless online configuration and ordering of bespoke well forms, all while seamlessly integrating with Odico's state-of-the-art robot manufacturing facility.

The partnership between Odico and Arkil A/S exemplifies a shared commitment to innovation, environmental stewardship, and sustainable practices. By replacing traditional on-site casting processes with the efficiency of Well Mate, construction timelines have been significantly reduced. What once took days in congested construction sites can now be accomplished within a matter of hours. After a swift assembly of the formwork, it merely requires overnight curing before transportation to recycling centers.

Well Mate represents a monumental leap forward in the construction industry, not only enhancing productivity but also reducing the environmental impact associated with traditional concrete forming methods.

Odico robot arm cutting a material

Keypoints

Challenges solved

Speeding up construction process
Minimizing traffic disruptions
Enchancing environmental sustainability

Value-creating factors

Streamlined online form configuration
Integration with robotic manufacturing
Reduced construction time

Gallery

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