Aeditive provides a 3D printing solution for precast concrete manufacturing using the Robotic Shotcrete Printing (RSP) method, which eliminates the need for traditional molds and integrates reinforcement elements directly into the printed structures. This technology addresses the labor shortage in construction by automating the production process, enhancing efficiency, and reducing material waste.
Funding
$8.7M 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 precast concrete industry faces challenges due to labor shortages and reliance on traditional molding techniques, which are time-consuming and generate significant material waste. The complexity of integrating reinforcement elements further complicates the production process.
Solution
Aeditive offers a 3D printing solution for precast concrete manufacturing using Robotic Shotcrete Printing (RSP). This method eliminates the need for conventional molds and directly integrates reinforcement components during the printing process. The Concrete Aeditor can produce parts up to 11x4x4 meters, incorporating steel reinforcement and other embedded components. Aeditive's technology automates concrete element production, enhancing efficiency, reducing waste, and addressing labor shortages in the construction sector. The RSP process utilizes standard shotcrete, ensuring structural integrity and compliance.
Target Audience
Aeditive's primary customers are precast concrete manufacturers and construction companies seeking to automate their production processes, reduce labor costs, and minimize material waste.
Features
- Robotic Shotcrete Printing (RSP) technology based on standard shotcrete
- Automated integration of steel reinforcement and embedded parts during printing
- Production of concrete elements up to 11x4x4 meters
- Software for defining component parameters and generating robot paths
- Robotic surface finishing for precise results
- Modular container concept for flexible deployment in precast plants or on construction sites
- Volume-based billing model