EECS.green
DOUBLE DECKER
DOUBLE DECKER
EECS.green® multi-story architecture, based on solid oak, impresses exhibitors at trade fairs, congresses, events, and exhibitions. The archaic architecture stands out with straight lines and right angles, inviting visitors to engage in conversations in elevated spaces.
By using high-quality solid wood, we not only create an inviting and stylish atmosphere but also promote a healthy indoor climate. The natural elegance of oak lends the stands a timeless aesthetic that harmoniously blends modern and traditional design.
With our multi-story stands, exhibitors have the opportunity to showcase their products and services on two levels, achieving optimal space utilization and visibility. This vertical space design not only fosters networking but also creates individual areas for presentations, meetings, or interactive experiences.
Additionally, our stands are modular and flexibly adaptable, allowing easy adjustments for different events. This not only reduces the environmental impact but also enables the design and functionality to be tailored to the specific requirements of the event, with sustainability always at the forefront.
EECS.green® focuses on innovation and sustainability with its multi-story architecture, offering exhibitors the opportunity to create an impressive experience that excites visitors and leaves a lasting impression. Be inspired by the exceptional combination of functionality and design, and enjoy the benefits of a trade fair that benefits both your brand and the environment.
Double-decker stand construction
The ultimate challenge for exhibition architects
Double Decker- Headstand 250m2
The ultimate challenge for exhibition architects
Cooperation: TU Vienna
Univ. Prof. DI Hermann Kaufmann (TU Munich), Univ. Prof. DI Wolfgang Winter (ITI/TU Vienna, the mentor of the green vision), and Leslie P.C. Zech, President of the Zech Group, at the University of Vienna, discussing the further development of the EECS wood design expo systems on the occasion of the World Conference of Timber Engineering.