The Es by Moormann is a minimalist wooden ladder with a slight lean, designed by Nils Holger Moormann, featuring five rungs connected to two vertical poles, set against a plain white background.

The Es by Moormann embodies a minimalist, open grid-like design with four black shelves and light wooden rods, reflecting the design ethos of Nils Holger Moormann and Konstantin Grcic, making it ideal for contemporary spaces.

The Es bookshelf by Moormann reflects Konstantin Grcics design style with its minimalist grid structure of horizontal panels and vertical rods. Its shelves, evenly spaced and varying in height, are set against a plain white backdrop.

In a modern kitchen, a Moormann Es minimalist leaning shelf adorns a concrete wall, showcasing white dishes, teapots, and a lemon. Wooden steps ascend to an elevated area overlooking kitchen utensils and a window. A wooden table is partially visible.

The Moormann Es bookshelf, featuring angled shelves and thin, light rods, holds vintage and leather-bound books. Its sleek design against a plain white wall radiates minimalist elegance.

The Es shelf unit by Moormann features a sleek, modern design with multiple staggered wooden levels. Its vertical rods extend beyond the top against a black backdrop, reminiscent of Konstantin Grcic’s innovative style.

The Es by Moormann, a minimalist wooden ladder, leans against a plain white backdrop. It features five rungs connected by thin black rods, showcasing sleek modern craftsmanship.

The image showcases a minimalist Moormann design of the Es product, featuring four black rectangular pieces with holes, ten beige poles, and forty small metal hooks neatly arranged on a plain white background.

Es

Manufacturer Nils Holger Moormann
Designer Konstantin Grcic

“Konstantin, carry it (Es) in.” So much for choosing a name. Originally it should have stood straight. However, as is so common in life, it ultimately gets its real character from a quirk of fate. That’s what makes Es so special. There have been some complaints that Es doesn’t wobble enough.
But of course, we don’t leave everything up to fate. Precise tolerances determine the right relation between too much and too little wobbling.