NEW: 3D-printed street furniture

3D-printed street furniture is furniture for public spaces that is produced using large-scale 3D printing, also known as additive manufacturing. Our components are made from recycled industrial films, reinforced with glass fibres, and are combined with durable stainless steel elements.

No. The material is UV-resistant; the surface retains its colour and does not yellow. Even after years of outdoor use, the colours remain vibrant and consistent.

They are significantly lighter. A 3D-printed bench weighs only a fraction of a concrete piece of furniture of a comparable size. This makes transport, positioning and assembly much easier and more cost-effective.

Our 3D-printed street furniture is made from 100 % recycled plastic film, glass-fibre-reinforced material and powder-coated stainless steel. This combination ensures stability, durability and a high-quality finish.

Yes, absolutely! The furniture is UV-resistant, frost-proof, weather-resistant and very robust. Thanks to the glass-fibre-reinforced moulded components and the stainless steel, it can easily withstand intensive outdoor use.

3D-printed street furniture differs fundamentally from conventional concrete or cast furniture. As 3D printing does not require the creation of moulds, adjustments can be made at any time – without additional tooling costs or production delays. Even from the very first prototype, the shape, size, radii and functional details can be flexibly refined.

Unlike heavy concrete elements, 3D-printed furniture is significantly lighter, easier to transport and can often even be installed by just a few people. At the same time, 3D printing allows for greater design freedom, including organic shapes, modular systems and customised geometries that would be very difficult or impossible to achieve using traditional manufacturing methods. Through the use of recycled materials, the furniture is also more sustainable and conserves resources.

Yes. The plastic materials used are already derived from recycling processes and can be recycled time and time again. This creates a closed-loop material cycle.

• 3D printing offers a range of advantages for street furniture that are virtually impossible to achieve using traditional manufacturing methods. Design freedom is particularly crucial: organic shapes, curved lines and complex geometries can be realised without the need for additional mould-making. This allows street furniture to be individually adapted to its surroundings – from long, flowing seating arrangements to modular planting systems.

  Another major advantage is the flexibility in product development. As no mould is required, models can be adapted, scaled or expanded at any time. Changes can be implemented quickly and are cost-effective even from the pilot production stage.

  Furthermore, 3D printing enables resource-efficient production: there is virtually no waste, and recycled materials such as reused industrial films are ideal for use in this process. As the weight is lower than that of concrete or cast iron, transport, handling and assembly are simpler and more cost-effective.

  3D printing also impresses when it comes to sustainability and durability. The glass-fibre-reinforced materials used are robust, UV-resistant, weatherproof and vandal-proof – perfect for demanding applications in public spaces.

Yes, our 3D-printed street furniture has been specially designed for outdoor use and is therefore heat-resistant, frost-resistant and weather-resistant. The material used is glass-fibre-reinforced and therefore extremely sturdy – even when exposed to significant temperature fluctuations.

The furniture can withstand both intense UV radiation in summer and frost and sub-zero temperatures in winter without warping or becoming brittle. Rain, snow, heat or direct sunlight do not affect either its structure or its surface.

Thanks to the combination of robust 3D-printed material and powder-coated stainless steel, the furniture is ideally suited to high-traffic, permanently unprotected outdoor areas.

Yes. The components are made from glass-fibre-reinforced, recycled material and are designed to withstand heavy use. Even when subjected to intensive use – for example, in parks, schools, pedestrian areas or on university campuses – the furniture retains its structural integrity and safety.

Die Bänke sind so konstruiert, dass sie auch bei hoher Personenfrequenz standhalten. Die Kombination aus 3D-gedruckten Strukturen und Edelstahl sorgt für eine hohe Tragfähigkeit. Je nach Modell sind mehrere hundert Kilogramm kein Problem.

It’s quite simple: just use water or a mild detergent. The matt, textured surface is easy to look after and does not allow dirt to penetrate deeply. Graffiti can often be removed – depending on the colour – using suitable cleaning products.