Mesh AG is a pioneering startup in the construction technology sector, specializing in the creation of 3D concrete structures without the need for traditional formwork. This innovative approach is based on over a decade of research at ETH Zurich, culminating in the successful application of their technology in the DFAB HOUSE in Zurich in 2018. Founded in 2022 as a spin-off from ETH Zurich, Mesh AG leverages advanced robotic systems to prefabricate mesh modules that serve as both formwork and reinforcement for concrete structures.

The company operates in the construction and architectural markets, catering to clients ranging from architects and builders to large construction firms. Their technology is particularly appealing for projects requiring unique, complex designs, such as curved walls and ceilings, which are traditionally difficult and expensive to construct.

Mesh AG's business model revolves around the sale and customization of their prefabricated mesh modules. These modules are designed on computers and fabricated using robots, allowing for a high degree of customization to meet specific client needs. The company generates revenue by selling these modules and potentially offering additional services such as design consultation and on-site support.

The key value proposition of Mesh AG lies in its ability to reduce construction costs and waste. By eliminating the need for expensive formwork and minimizing material waste, the company makes it more affordable to undertake complex building projects. Additionally, their technology offers unprecedented design freedom, enabling architects and builders to create structures that were previously impractical or too costly to realize.

In summary, Mesh AG is revolutionizing the construction industry with its innovative, cost-effective, and environmentally friendly approach to building 3D concrete structures. Their technology not only reduces costs and waste but also opens up new possibilities for architectural design.

Keywords: 3D concrete structures, formwork-free, robotic fabrication, ETH Zurich, construction technology, prefabricated mesh, architectural design, cost-effective, zero waste, customizable.