Rigid Heddle Loom

cults3d

The design of this frame has eliminated the need for numerous cut PVC pipes, significantly enhancing strength and stability in the process. Only two PVC pipes run lengthwise, while the warp beam supports and heddle supports have been redesigned to allow the PVC to pass through them seamlessly. Four additional nuts and bolts are used to secure the heddle supports firmly in place, providing even greater stability. A comprehensive diagram with precise dimensions has been included for reference purposes. Files accompanying this project include: Rigid Heddle Loom Parts Stick Shuttle Boat Shuttle (currently under development) String Heddle Jig (utilizes two 5mm thick bamboo chopsticks; instructions can be found here: https://thelibrary.org/lochist/periodicals/bittersweet/su76g.htm) The SketchUp file has been included, enabling users to visualize all the pieces and make necessary modifications if required. This basic rigid heddle loom design incorporates 22mm diameter PVC pipe and two 3mm x 12mm bolts with accompanying hex nuts for the cogs and pawls. The heddle measures approximately 400mm in width. For those seeking guidance on setting up and utilizing rigid heddle looms, resources can be found here: https://www.ashford.co.nz/tutorials/weaving-tutorials Assembling the heddle requires friction welding, a technique described here: http://hackaday.com/2014/12/30/3d-printing-technique-friction-welding/ While hot glue is used to connect printed parts with PVC pipe, drilling a small hole through both materials where they interface and inserting a pin or length of metal wire achieves better results. This is particularly crucial for the cog, as it prevents slippage under tension during weaving. This loom project forms part of a broader initiative aiming to bridge the gap between industrialized textile production and localized handmade production. For more information on this topic, visit: http://www.progressth.org/2017/07/makers-taking-on-textiles.html