The Scandik Seat 60°, designed by Iwona Żaczek, is a sophisticated element of urban furniture that redefines the concept of modular seating in public spaces. As part of the Scandik product line, this single-seat unit is engineered with a distinctive 60-degree geometry, allowing for the creation of intricate, curved layouts or circular arrangements when combined with other modules. Measuring 44 cm in height, 52 cm in depth, and 44 cm in width, this bench offers a compact yet comfortable seating solution for parks, city plazas, and modern architectural landscapes. Its versatile form factor ensures it integrates seamlessly into contemporary street furniture designs while maintaining a minimalist and functional aesthetic.
Durability and adaptability are at the core of the construction process. Clients can select from high-quality materials including carbon steel (S235JR) or stainless steel (AISI 304) for the frame, providing exceptional structural integrity and resistance to environmental factors. The seat surface is equally customizable, available in a variety of finishes such as soft wood, premium hardwood of European origin, or exotic varieties like iroko, sapeli, meranti, and tauari. For projects requiring a more industrial or low-maintenance aesthetic, the seat can also be finished in HPL, carbon steel, or stainless steel. Each configuration is built to withstand the rigors of heavy foot traffic, making these benches an ideal choice for high-density public areas.
Installation is designed for maximum stability and security, with the unit intended to be attached directly to the foundation via bolts. This robust anchoring method ensures that the modular system remains fixed in its intended configuration, maintaining the clean lines of the design. By focusing on a modular approach, the Scandik Seat 60° enables landscape architects and urban planners to define social spaces with precision. Whether utilized as an individual seating point or integrated into a larger, multi-unit installation, this urban furniture piece prioritizes both geometric harmony and long-term performance. Its clean, backless profile makes it an unobtrusive yet essential component of modern public infrastructure.