Chic, contemporary and classic
Restaurant Tables
Create the ultimate restaurant table selection with Atlas Concorde’s Italian-made table tops solutions. Suited for diners, bistros, outdoor dining areas and even the kitchen, these dining solutions are ideal for elevating the dining experience.
Restaurant & Bar Tables: high-end looks to inspire any design
If you have been eager to create luxury looks for hospitality and restaurant settings, our range of tabletop options are ideal to craft bespoke furniture.
It is no secret that any dining experience goes beyond just the menu at a dining establishment: It is also the décor that plays a part in creating a memorable experience.
At Atlas Concorde, we have sourced only the best solutions for a variety of applications. Each option is known for its high durability and classic colour finishes, as well as easy maintenance that is often required for dining areas.
Our outdoor tables are sturdier than traditional wooden tables, and they can be placed indoors or outdoors, thanks to being resistant to weather elements. This means that as far as furniture solutions go, these tables offer a lot of versatility for interior designers.
Restaurant Tables: perfect convenience
Our beautiful restaurant table options are not just limited to hospitality spaces; they can also be applied in residential kitchens and open-plan living rooms. These kitchen table bars are fantastic solutions to add extra style to small space living, as they can be applied as cosy eating nooks to enjoy breakfast, lunch, dinner or even a morning coffee at.
Those interior designers who are keen to also add extra opulence to outdoor dining spaces, can consider our durable restaurant table solutions for homes where residents would often dine outside or entertain guests.
Browse Atlas Concorde’s restaurant table products for extra inspiration today. We look forward to helping you transform your next design project. Have a look at our Atlas Plan section as well, where we provide more insight into solutions for large-format surfaces.