Wooden Cafe Chairs

Learn More

Made in Europe to exacting standards, this chair features fully upholstered seats and white legs made from solid European beech wood. Learn More

A series of bentwood chairs designed for contemporary restaurants and food courts, which will also fit into any contemporary home interior. Entirely made of variable thickness plywood, which is a combination of modern elegant design with advanced wood bending technology. The change in thickness used in the seat and in the legs of the chair adds lightness, revealing thin edges while providing a strong structure. Soft, flowing lines of the seat give it a fashionable and friendly character. The seats are available in several versions: without upholstery, upholstered seat only or completely upholstered. Learn More

The Akka Chair A-0336 chair is a form inspired by Japanese minimalism, which is characterized by a slightly profiled plywood backrest and asymmetrical legs. Learn More

Experience the Windsor collection, showcasing vintage-style chairs, armchairs, bar stools, and sofas with custom upholstery options. The distinctive horseshoe-shaped seat, arched crossbar, and hand-ground back ensure exceptional comfort and timeless appeal. With its gentle curves and customisable upholstery, the Windsor seamlessly combines classic elegance with modern versatility. Perfect for any environment, this collection offers both style and personalisation, enhancing your space with its unique vintage charm.

Learn More

The upholstered Hoffmann 811 chair seamlessly blends classic design with modern comfort, featuring a plush upholstered seat and backrest that can be customised to match your decor. Inspired by the iconic geometric design of architect Josef Hoffmann, this chair is crafted with precision and style. Ideal for dining rooms, cafes, and upscale interiors, the Hoffmann 811 adds a touch of sophistication and timeless elegance to any space, offering both comfort and aesthetic appeal. Learn More

A series of bentwood chairs designed for contemporary restaurants and food courts, which will also fit into any contemporary home interior. Entirely made of variable thickness plywood, which is a combination of modern elegant design with advanced wood bending technology. The change in thickness used in the seat and in the legs of the chair adds lightness, revealing thin edges while providing a strong structure. Soft, flowing lines of the seat give it a fashionable and friendly character. Hips models on metal frames are available in black metal. Frames in other colours are priced individually. Learn More

The Novo collection features classic designs, renowned for their durability and appeal in cafes and restaurants. Crafted from sturdy beech wood and accented with decorative tacks, these pieces highlight the upholstered seat and backrest, offering comfort and style. Ideal for bustling dining environments, the Novo collection combines timeless design with robust construction.

Learn More

The iconic A-165 chair, designed in 1885, showcases Thonet's renowned beech wood bending technique. With a distinctive plywood fan backrest, this chair blends timeless elegance with modern comfort. Made to order with custom upholstery options, it requires no assembly and is crafted in Poland for a personalised dining experience.

Learn More

The traditional bentwood chair A-788 is transformed into a versatile form ideal for restaurants, hotels, and homes with its range of colour finishes and upholstery options. Crafted in Poland, it requires no assembly, blending classic craftsmanship with modern customisation for a seamless addition to any space.

Learn More

The chair was made of natural wood in combination with an upholstered seat and backrest. Also available with armrest. Chairs from this collection have been designed to harmonize well with the interior maintained in the classical style, but they are also ideal for arranging modern interiors. They are characterized by simplicity of craftsmanship, a form that combined the classic features with modernity, comfort of seating and high quality of materials. Learn More