Vetro Ceramic dining table Lunario TML-1322 Creme Marfil/Cappuccino (VTR-1247)

Ceramic dining table Vetro Lunario TML-1322

The Vetro Lunario ceramic dining table TML-1322 is a stylish and elegant dining table for the kitchen or living room, designed for those who value harmonious forms, practicality, and durability. The matte ceramic top adds a sense of depth and aesthetics, is scratch-resistant, heat-resistant, and easy to clean. The painted metal base ensures lightweight construction, stability, and reliability.

Folding table with automatic mechanism

The table features an automatic transformation mechanism that allows you to extend the length of the kitchen dining table from 120 cm to 160 cm with a single movement. This convenient solution is suitable for both everyday family dinners and festive dinners with a large group. When folded, the table is compact and convenient, and when extended, it provides ample space for all guests.

Dimensions:

• Length: 120 cm
• Maximum tabletop length: 160 cm
• Width: 85 cm
• Height: 76 cm

Advantages of the Vetro Lunario table TML-1322:

• modern rectangular kitchen dining table
• Matte ceramic tabletop, resistant to scratches and high temperatures
• sturdy metal base for stability and durability
• functional automatic transformation mechanism
• Suitable for daily use and large groups

Help from MebelStar managers

If you have any questions about purchasing a dining table , pairing it with other furniture, or ordering details, MebelStar managers will be happy to help you find the perfect option for your interior. You'll receive professional advice and support throughout the entire purchase process.

Important

Dining tables are sold without chairs . To create a harmonious kitchen or dining room interior, you can choose chairs to match your dining table from our catalog. Our chairs and armchairs section offers a wide selection of models in a variety of styles, colors, and materials.

Please note!

The shade of the product in the photograph may differ from the actual color due to the monitor's color rendering, camera equipment settings, and other technical factors.