Axiom Round Dining Table

The Axiom Round Dining Table by Bernhardt is a stunning centerpiece that combines modern design with timeless elegance. Crafted with precision, this table features a sleek round glass top with an eased edge, resting gracefully on an open circular base supported by four sturdy leg posts. The base is adorned with engineered faux anigre veneers, showcasing two complementary silky, low-sheen finishes that add depth and texture to the piece. This meticulous craftsmanship results in a dining table that exudes contemporary charm while maintaining a warm and inviting atmosphere, making it a perfect addition to any dining space.

What sets the Axiom Round Dining Table apart is its unique blend of materials and finishes. The Linear Gray finish graces the interior and exterior faces, including the top surface of the circular top, providing a sophisticated contrast to the Linear White finish found on the underside of the top, both sides of the leg posts, and the top surface of the circular base. This thoughtful combination of colors and textures not only enhances the table's visual appeal but also ensures it seamlessly integrates into a variety of interior styles.

Designed with practicality in mind, the Axiom Round Dining Table includes adjustable glides, ensuring stability on any surface. This feature, combined with its elegant design, makes it a versatile choice for both formal dining rooms and casual kitchen spaces. Experience the perfect blend of style and functionality with the Axiom Round Dining Table, a testament to Bernhardt's commitment to quality and design excellence.

• Crafted from poplar solids and engineered faux anigre veneers.
• Features a round glass top with an eased edge for a sleek look.
• Base includes four leg posts and a connecting circular top and base.
• Linear Gray finish on interior and exterior faces, including top surface of circular top.
• Linear White finish on underside of top, both sides of leg posts, and top surface of circular base.
• Equipped with adjustable glides for stability on uneven surfaces.