Ethnicraft double bed, Spindle model .

Elegant, essential and with a vintage flavour, Spindle is a bed with a solid oak wood structure, characterized by an original headboard with vertical slats.

Available in two different sizes (L x W x H):

Double - 170 x 210 x 31 cm, headboard height 95 cm (for bed base/mattress 160 x 200 cm);
King size - 190 x 210 x 31 cm, headboard height 95 cm (for bed base/mattress 180 x 200 cm).

Optional support net, to be selected if you wish to have.

To furnish the bedroom it is perfect combined with the bench and bedside table from the same collection.

Design by Nathan Yong.

Standard dimensions

Width 170/190 cm
Height 97 cm
Depth 210 cm
64.4 Kg

Technical data and additional details

Assembly instructions - Spindle

Technical data sheet - Spindle Bed 180cm

Technical data sheet - Spindle Bed 200cm

Maintenance and use information - Material Oiled Oak En

Maintenance and use information - Materiale Rovere Oliato It

Shipment and delivery time

express delivery

This product is immediately available in the specified quantities and variants and it will leave our warehouse within 24 hours after order confirmation.

+
30 days for production

+
forwarding (from 2 to 7 working days)

If payment is done during the following days, time of delivery starts from the payment date.

Delivery date is an estimate and can not be considered binding for Sediarreda srl.

Discover the brand

Ethnicraft is a historic Belgian brand that produces furniture, chairs and tables in precious solid wood with an authentic and timeless design. Quality furniture that spans generations resisting temporary fashions.

Solid wood is transformed from a material to a symbol of the brand: functional, high-quality products made with innovative techniques and a functional design acquire an added and emotional value thanks to wood.

The high quality of the products and an eco-sustainable approach have led Ethnicraft to become an international leader in the sector. The wood used comes from responsibly managed forests, waste materials are reused in other production phases and energy waste is minimized.