Functional mirrors as works transcending conventions

“Mirror, my beautiful mirror…” your ego proudly exclaims through the sublime hexagonal mirrors of D-Bodhi. These beautifully designed pieces are not simply mirrors, but functional works of art that transcend convention. The magic happens when you multiply them, stagger them, bring them together or isolate them, because the possibilities are endless, thus allowing you to best reflect your innate taste for decoration (and yes, you deserve this dose of sophistication).

Reclaimed Teak Wood Mirrors

Made from reclaimed teak wood, these hexagonal mirrors are not just decorative accessories, but style statements. Each piece of wood carries with it a rich history and a unique character, giving each mirror a special aura. The use of reclaimed teak wood also demonstrates the commitment to sustainability and environmental preservation, adding an ethical dimension to their aesthetic beauty.

Javanese inspiration and subtle modernity

Inspired by traditional Javanese styles, these hexagonal mirrors elegantly incorporate a contemporary touch, creating a perfect fusion of past and present. The clean lines and hexagonal geometric shape bring a subtle modernity to these pieces while preserving the authenticity of their cultural origins.

• reclaimed teak wood
• inspired by traditional Javanese styles with a contemporary twist

Description	Imperial	Metric
Width	19"	48cm
Depth	2"	5cm
Height	17"	43cm

• Use a specific product to clean the mirror.
• then use a dry cloth.
• Before using a soapy product to clean, always test on an inconspicuous area.
• Avoid cleaning with abrasive products.
• Protect your furniture from direct sunlight, as this can cause uneven fading over time.

• Free in-store pickup. See collection centers .
• Online orders are shipped from our Canadian warehouse.
• In-stock and special order products are shipped or available for pickup on a processing time basis. See the details .
• Returns are admissible under conditions. The merchandise must be in its original condition. See the details .