This startup manufactures prefabricated reinforced concrete elements using three-dimensional printing technology, enabling the production of curved components with variable cross-sections. Their method significantly reduces concrete consumption in construction, addressing material waste and lowering fabrication costs for manufacturers.
Funding
$470K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The construction industry faces challenges related to material waste, high fabrication costs, and a shortage of skilled labor for producing complex reinforced concrete elements. Traditional methods often require extensive formwork and are not optimized for creating customized or non-standard shapes, leading to inefficiencies and environmental concerns.
Solution
Etesias provides an innovative approach to prefabricated reinforced concrete elements by utilizing 3D printing technology. This method enables the efficient and flexible production of curved components with variable cross-sections, reducing concrete consumption while maintaining structural performance. By employing additive manufacturing techniques, Etesias facilitates the creation of complex and customized designs directly from digital models, eliminating the need for traditional formwork. The technology allows for both on-site and in-factory production, increasing versatility and reducing reliance on manual labor through robotic automation. This results in lower costs, reduced material waste, and improved sustainability in construction projects.
Target Audience
Etesias targets construction companies, prefabrication manufacturers, designers, and construction firms seeking innovative, efficient, and sustainable solutions for producing reinforced concrete elements.
Features
- Additive manufacturing of structural and non-structural elements using sequential cement deposition
- Capability to produce complex, non-standard shapes and customized designs
- Reduced cement usage compared to traditional methods, maintaining equivalent mechanical performance
- Increased productivity and reduced waste through formwork-free 3D printing
- Potential for on-site or in-factory production, offering flexibility in manufacturing
- Robotic automation to enhance safety, quality, and reduce labor dependency
- Computational and parametric design services for optimized 3D printing solutions
- Material research and development for advanced cementitious and polymeric materials