Daniel Widrig creates wearable sculptures
based on a 3D scan of the body

| 4 comments
 

Design Miami 2013: London architect Daniel Widrig is presenting a collection of 3D-printed wearable sculptures during Design Miami this week, including one that looks like an exoskeleton.

Kinesis by Daniel Widrig_dezeen_1sq

Widrig's Kinesis collection explores the possibility of creating customised 3D-printed products based on a scan of the wearer's body so they fit perfectly.

Kinesis by Daniel Widrig_dezeen_14

"We have been working with body related objects for a while now," Widrig told Dezeen. "We originally worked with mannequins which we sculpted ourselves based on standard model sizes. Nevertheless we wanted to go a step further this time and create customised objects that literally merge with the human body."

Kinesis by Daniel Widrig_dezeen_15

"Every body is unique and has its individual oddities, so 3D scanning is the only way to manage a total blending between a specific body's topography and the designed geometry," he added.

Kinesis by Daniel Widrig_dezeen_2

Using a digital model produced by the 3D scan as a starting point, Widrig analysed the parts of the body where the products would be worn and developed forms that are designed to "emphasise and exaggerate them."

Kinesis by Daniel Widrig_dezeen_2

Two of the pieces are designed to be worn around the neck, with one of them intended to resemble "an inflated skin wrapping around the model's breast and neck area."

Kinesis by Daniel Widrig_dezeen_2

The other neckpiece is inspired by the expansions and contraction of muscular systems. These two objects take the form of a dense amalgamation of curving sections that resemble sinews or tendons.

Kinesis by Daniel Widrig_dezeen_2

The third object comprises a series of connected forms resembling vertebrae, which narrow into ribs that fit over the shoulder blades. "It resembles an exoskeleton growing out of the model's spine," said Widrig.

Kinesis by Daniel Widrig_dezeen_2

All of the wearable products were manufactured by Belgian 3D printing specialist Materialise from a polyamide/nylon powder using a selective laser sintering process.

Widrig explained that the process is ideal for fashion applications as it can be used to create flexible shapes with high levels of detailing and durability.

"Since our first fashion experiments in 2009, we tried to push the limits of SLS by reducing material thicknesses to a minimum where we wanted objects to be flexible, and gradually thickening up where we required more rigid zones," he said.

The Kinesis collection is on show at design brand Luminaire's Design+World event in Miami today.

  • chess

    Pure beauty.

  • alberta

    It’s sculpture. It doesn’t have to have a point.

  • beatrice

    These just look like they’ve been designed on a computer.

    • r2d2

      Just?