Available at
hollowaysofludlow.comBest Price
$3,608.33
ViewThe Vitra EM Dining Table, originally conceived by Jean Prouvé in 1950, is a masterpiece of functional design, characterized by its clear structural expression and robust stability. This version features a 34 mm thick solid oak veneered tabletop, offering natural warmth. The distinctive base is engineered from bent sheet steel and tubular steel, powder-coated for longevity, showcasing Prouvé’s signature angled leg and crossbar configuration that achieves a light visual impression without sacrificing strength. Ideal for both contemporary and classic interiors, it blends high-end craftsmanship with everyday usability.
- Designed by Jean Prouvé in 1950
- Veneered oak tabletop (34 mm solid oak)
- Base crafted from bent sheet steel and tubular steel
- Powder-coated finish on the base for durability
- Distinctive angled leg and crossbar design
- High stability balanced with a light visual profile
- Typically ships in 8-10 weeks
Details
- Category
- Kitchen & Dining Room Tables
- Leg Material
- Steel
- Lumber Wood Type
- Oak wood
- Tabletop Pattern
- Solid
- Extension Mechanism
- None (Fixed)
- Wood Finish
- Veneered
- Table Base Type
- Four-leg
- Leg Pattern
- Solid
- Tabletop Material
- Wood
- Materials
- Oak (Veneer/Solid), Sheet Steel, Tubular Steel
Questions & answers
- How much does it cost, and where can I buy it?
- This Vitra kitchen & dining room table is sold by 1 retailer for $3,608.33. Available at hollowaysofludlow.com.
- Is it in stock?
- Yes, it's currently in stock.
- What are the key features?
- Key features include Designed by Jean Prouvé in 1950, Veneered oak tabletop (34 mm solid oak), Base crafted from bent sheet steel and tubular steel, Powder-coated finish on the base for durability, and Distinctive angled leg and crossbar design.
- What is it made of?
- It's made of oak (veneer/solid), sheet steel, and tubular steel.
- What's its extension mechanism?
- Its extension mechanism is none (fixed).
- What's its leg pattern?
- Its leg pattern is solid.