Mark Beecroft
Mark Beecroft
Material: Selective Laser Sintered Nylon PA12 and Fine Detail Resolution Nylon PA11 Dimensions: variable
Material: Selective Laser Sintered Nylon PA12 and Fine Detail Resolution Nylon PA11 Dimensions: variable
Mark Beecroft
Mark Beecroft
Mark Beecroft experimentation with scale
Mark Beecroft experimentation with scale
Material: Detail   Fine Detail Resolution Nylon PA11 Dimensions: variable
Material: Detail Fine Detail Resolution Nylon PA11 Dimensions: variable
Material: Selective Laser Sintered Nylon PA12 and Fine Detail Resolution Nylon PA11 Dimensions: variable
Material: Selective Laser Sintered Nylon PA12 and Fine Detail Resolution Nylon PA11 Dimensions: variable
Material: Selective Laser Sintered Nylon PA12 and Fine Detail Resolution Nylon PA11 Dimensions: variable
Material: Selective Laser Sintered Nylon PA12 and Fine Detail Resolution Nylon PA11 Dimensions: variable
Material: Selective Laser Sintered Nylon PA12 and Fine Detail Resolution Nylon PA11 Dimensions: variable
Material: Selective Laser Sintered Nylon PA12 and Fine Detail Resolution Nylon PA11 Dimensions: variable
Interlooped​​​​​​​

Interlooped is a body of practice-based research exploring the primary structures of knit to create flexible 3D printed textile-based material. Traditional knitted structures are formed by the interlooping of a continuous thread to create symmetrical loops which create the structure. These loops can be extended in different directions giving knitted structures their inherent stretch and elasticity. In the digital environment, which can be scaleless and weightless, materiality and form can be explored in new physically challenging ways. To date, the unitised loop has been applied to both single-face (plain) and double-face (interlock) knit structures to create tubular seamless forms at various scales.  
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