• Bulè Table

Bulè Table

Chiara Andreatti

Bulè: the table chooses an oriental conviviality

A meeting between East and West, the Bulè dining table has been designed with specific reference to the sociocultural demands of eastern markets: it stands out for its rotating tray that can be placed on the top, a perfect epitome of oriental culinary culture based on the horizontality of sharing and simultaneity.

Harmonious in its generous shapes, stylistically, Bulè is characterized by the central structural base in reconstructed marble or bronze, exclusive finishes by Lema, with mouldings in painted metal. The top and the rotating tray are available in reconstructed marble or wood.

Read more Read less
Request a consultation
Bulè

Bulè table

Bulè by LEMA, designed by Chiara Andreatti, is a table that combines Eastern and Western influences, with a central base in reconstructed marble or bronze and moldings in bronze-painted metal. The top, available in reconstructed marble or heat-treated oak, is accompanied by a rotating tray in matching finishes, symbolizing the shared Eastern culture. The structure, crafted with high-quality artisanal techniques, uses materials treated with innovative methods to ensure durability and sustainability, complying with international standards and LEMA’s Made in Italy.

Woods

Disclaimer:

For technical reasons, the colours displayed are indicative and may differ from the original.

Heat-treated oak wood

Reconstructed marbles

Disclaimer:

For technical reasons, the colours displayed are indicative and may differ from the original.

Reconstructed marble black belgianblue

Reconstructed marble white candoglia

Reconstructed marbles

Disclaimer:

For technical reasons, the colours displayed are indicative and may differ from the original.

Reconstructed marble black belgianblue

Reconstructed marble white candoglia

Metals

Disclaimer:

For technical reasons, the colours displayed are indicative and may differ from the original.

Bronze Tideo

Metals

Disclaimer:

For technical reasons, the colours displayed are indicative and may differ from the original.

Titanium painted metal M460

Bulè Table 1600 AC930

Bulè Table 1800 AC931

Bulè Table 2000 AC932

Lazy Susan Bulè Table 900 AC938

Lazy Susan Bulè Table 1000 AC939

Download the product sheet
tOP

Material: MDF
Thickness: 35 mm

Undercounter Plate

Material: steel
Thickness: 5 mm
Finish: black epoxy painted

Base

Material: UHPC Ductal® fiber-reinforced concrete composed of a mix of very fine natural mineral components and organic (non-metallic) fibers
Thickness: from 25 mm to 45 mm in shape with variable geometries
Finish: belgianblue black – candoglia white – tideo bronze

Clog

Material: steel
Thickness: 5 mm with variable geometry
Finish: painting with epoxy primer treatment, acrylic base, and titanium M460 thermosetting.

Ballast

Material: UHPC Ductal® fiber-reinforced concrete composed of a mix of very fine natural mineral components and organic (non-metallic) fibers.
Thickness: 120 mm
Diameter: 240 mm
Finish: natural

Lazy Susan (Optional)

Material: MDF
Thickness: 25 mm
Finish: black belgianblue candoglia white – thermotreated oak
Mechanism: 19 mm thick in natural anodized aluminum

Chiara Andreatti

Chiara Andreatti is an Italian designer specialized in interior and product design, known for her organic approach that combines soft lines and natural materials. With a background in architecture and a strong interest in contemporary craftsmanship, Andreatti has collaborated with LEMA to create collections that enhance the harmonious integration between space, light, and materiality. Her proposals for LEMA stand out for their understated elegance, tactile finishes, and tailor-made solutions designed to enhance every residential and contract environment.

Related products

Discover our Made in Italy collections at the nearest LEMA showroom — bespoke furniture for your unique project.

Find a Dealer

Get in touch with LEMA

"*" indicates required fields

This field is for validation purposes and should be left unchanged.
Privacy*
Newsletter*