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Design

Disney Research develops software to enable easier control of industrial knitting machines

This is said to give users the same flexibility to control the complex machine's output that already is commonplace for 3D printers.

22nd July 2016

Knitting Industry
 |  US

Knitted Outerwear, Knitted Accessories, Technical Textiles

The compiler software allows users to specify designs based on simple shapes, such as sheets and tubes, and then translates those specifications into the needle-level instructions necessary to operate the machines.

“Machine knitting is a mature technology used to create everything from gardening gloves to fashion sweaters,” said Jessica Hodgins, Vice President at Disney Research. “But we've shown that the versatility of these machines – and the ability of people to express themselves through the machines – can be greatly enhanced by changing the way they are programmed.”

3D shapes

Knitting machines use hundreds of needles, working in precise synchrony, to interconnect loops of yarn, producing finely detailed, seamless fabrics. Though programmable, they are almost always used to manufacture many of the same object, rather than completely custom shapes, explained James McCann, associate research scientist at Disney Research.

“One of the great advantages of knitting is that it need not be flat,” said McCann. Changing the number of stitches in a course or knitting partial courses in a tube can result in a variety of 3D shapes. But given existing control processes, those sorts of changes require the user to make needle-level adjustments that can be complex and tedious.

McCann and his colleagues will present their compiler system at the ACM International Conference on Computer Graphics & Interactive Techniques (SIGGRAPH) that is taking place in Anaheim, CA, this weekend.

Applications

The Disney team developed a number of high-level shape primitives that can be used to specify the shape and size of a knitted object and created a knitting assembly language that captures capabilities common to industrial machines. They also created a graphic design interface for assembling these primitives. The compiler software can then translate these specifications into needle-level instructions. They used this system to produce a number of hats, gloves and other pieces of clothing.

Today's consumer-level knitting machines are not yet suitable to make use of this compiler system, but McCann said it could make it much easier for users to send knit jobs to a central location for industrial machine processing.

“We believe that 3D machine knitting should one day join 3D printing as a user-accessible form of additive fabrication,” he said. “Getting it there will require new tools, algorithms and data exchange formats, of which our compiler, transfer planning algorithm and knitting assembly languages are the first examples.”

www.disneyresearch.com

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