The Rotary Chair Soft (02.612), designed by Iwona Żaczek, represents a sophisticated addition to contemporary urban furniture collections. Characterized by its ergonomic design and swivel functionality, this chair is engineered to provide superior comfort in public spaces, parks, and residential developments. Measuring 58 cm in width and 82 cm in total height, with a dedicated backrest height of 44 cm, the piece offers optimal support for the user. As a key element of the Soft product line, it bridges the gap between functional street furniture and modern aesthetic standards, ensuring that high-traffic areas remain both inviting and visually coherent.
Durability is at the forefront of the construction process, with the frame available in either high-grade carbon steel (S235JR) for robust utility or stainless steel (AISI 304) for enhanced corrosion resistance and a sleek, modern finish. The seating section features premium wooden elements, available in a variety of high-quality options including soft wood, hardwood of European origin, or specialized hard wood finished with natural oils for increased weather protection. These material choices ensure that the chairs retain their structural integrity and visual appeal despite exposure to varying environmental conditions, making them a reliable choice for long-term installations in diverse landscapes.
Designed for secure integration into various urban environments, the Rotary Chair Soft is mounted via bolts directly to the foundation. This installation method guarantees stability and safety for users while maintaining a clean, minimalist profile. As a versatile component of benches and seating arrangements, this model is an essential choice for urban planners and architects looking to balance modular design with comfort. By combining premium materials with precise craftsmanship, this piece exemplifies the high standards expected of professional urban furniture, providing a durable and stylish seating solution that enhances the usability and design language of any public space.