By Aulum Agger Large Ladder Shelf with Desk, Multiple Sizes - Himalayan Blue

Introducing the stylish and functional Agger ladder shelf from the Danish brand By Aulum. Available in various depths and featuring an integrated desk that can be adjusted for height and angle. Choose between two sizes: H: 179 x W: 163 cm or H: 198 x W: 163 cm. 

Made from pine wood, the ladder shelf has been surface-painted once, allowing the wood's grain to show through, giving it a slightly rustic appearance. The model comes standard with 8 shelves.

You have the option to purchase additional shelves or Dana storage boxes as needed. Please note: The shelf is available in either 30 cm or 40 cm depth, and the price varies accordingly.
Select height and depth: 

Note: The model photo shows the shelf at a height of 179 cm and a depth of 40 cm - please be aware that the desk surface is 60 cm deep. The shelf is delivered unassembled and flat-packed.

By Aulum, the creator of the renowned ABC ladder shelves and Quadrat furniture, is a Danish company that proudly embraces craftsmanship in woodworking. They have developed a wide range of products that fulfill the storage and desk needs of both children and adults, whether in the kids' room or the multipurpose room. 

Note: Please be aware that wood is a natural product, featuring knots and natural structures. 
In our commitment to the environment, the surface is treated with water-based paint, which can create a slightly textured finish along the wood grain. 
This enhances the authentic appearance. We believe it adds character, charm, and a natural feel to the furniture.

Note: Gift wrapping is not available for this product as it is shipped from an external warehouse.

Delivery: This furniture is dispatched via dropshipping directly from the supplier’s warehouse. The delivery time is approximately 20 business days. You will be contacted by the carrier to schedule a delivery day. Delivery is only to the curbside.

This piece is shipped by freight carrier with a shipping fee to ensure its protection during transport.