The Flash Table (model 13.025), designed by Tomasz Szpytma, represents a refined approach to modern urban furniture. This compact yet robust piece is engineered to meet the high demands of public spaces, serving as a functional cornerstone for city parks, squares, and corporate courtyards. With a width of 23 1/2 inches, a height of 29 1/2 inches, and a depth of 27 1/2 inches, the Flash Table offers an optimal footprint for versatile arrangements in any street furniture layout. Its minimalist aesthetic allows it to integrate seamlessly into diverse architectural contexts, balancing durability with contemporary design sensibilities.
Quality construction is at the core of the Flash series. Clients may select between high-grade carbon steel (S235JR) or premium stainless steel (AISI 304) for the structural framework, ensuring long-term resistance to environmental factors and heavy usage. The countertop is equally customizable, available in European coniferous wood, hardwood of European origin, oiled or premium exotic wood, and eco-friendly planks. These material options allow the table to be tailored to specific climate conditions and aesthetic requirements. Designed for permanent installation, the unit is securely fixed to the ground via a dedicated screw-mounting method, providing stability and security in high-traffic public spaces.
As a distinctive element within our range of tables, the Flash model exemplifies the technical excellence associated with ZANO products. The weight specifications—ranging from 117 lbs to 146 lbs depending on the chosen material—highlight the substantial and enduring nature of the design. By prioritizing both material integrity and structural efficiency, this piece functions as a reliable anchor for social interaction in modern cityscapes. Whether utilized as a standalone unit or paired with matching benches and other street furniture elements, the Flash Table provides a sophisticated, low-maintenance solution for urban planners and designers seeking to enhance the utility and visual appeal of public environments.