Designed by Sam Hecht and Kim Colin

Formwork Box, Large and Small

A large white Formwork Box with a removable lid and removable cup.
 

Meticulous attention to details

A small white Formwork Box with the removable lid hovering above the storage compartment and enclosed cup.

Formwork Box, Large and Small

To account for the bulkier items that inevitably occupy surfaces at home and in the office, Sam Hecht and Kim Colin created boxes with removable lids. Each lid has a hole that accepts a removable cup. Or, the cup can be set in an indentation inside the box and under the hole for access to the cup’s contents without having to remove the lid.

The entire family

Formwork stackable desktop storage designed by Sam Hecht and Kim Colin helps you bring order to your papers, tools, and artifacts. With shapes and sizes that were rigorously considered to relate an intuitive sense of utility, the accessories may be stacked and combined in any way you see fit.

Several Formwork desktop storage elements on a three-shelf Magis Steelwood Shelving System.

Products

Formwork: Stackable Desktop Storage

Designed by Sam Hecht and Kim Colin to help you bring order to papers, tools, and artifacts

Formwork: Stackable Desktop Storage

Designed by Sam Hecht and Kim Colin to help you bring order to papers, tools, and artifacts.

A variety of forms for a versatile workspace

Balancing meticulous attention to details with a thoughtful consideration of context, Sam Hecht and Kim Colin created Formwork in varying permutations, allowing some items to be kept out of view, while others remain within reach, based on aesthetic considerations or frequency of use. The sophisticated forms, material production, and color palette indicate a level of thoughtfulness rarely brought to desktop goods. Each form is shaped in ABS plastic. Some pieces also include a non-slip silicone base.

Five Formwork desktop storage elements, each seemingly hovering above another.
Product Designers Sam Hecht and Kim Colin

“The true nature of what serves us on a daily basis is far more varied than we might have imagined.”

More about Sam Hecht and Kim Colin