Counter-March Table Loom
von didier33170
Druckbare Dateien (28)
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stlA_Chassis_FR.stl
471 Ko · 107 Downloads
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stlB_Chassis_FL.stl
420 Ko · 108 Downloads
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stlC2_Chassis_BL.stl
472 Ko · 104 Downloads
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stlD2_Chassis_BR.stl
512 Ko · 105 Downloads
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stlE_Front_Handle.stl
1.6 Mo · 31 Downloads
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stlF_Back_Handle.stl
1.6 Mo · 31 Downloads
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stlG_Pawl.stl
94 Ko · 107 Downloads
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stlH_Washer.stl
187 Ko · 105 Downloads
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stlI_Hub_Handle.stl
230 Ko · 108 Downloads
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stlJ_Hub_L.stl
166 Ko · 105 Downloads
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stlK_Spacer.stl
18 Ko · 107 Downloads
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stlL3_Shaft_Rail_Support.stl
449 Ko · 109 Downloads
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stlL4_Recall_Shaft_Support.stl
306 Ko · 107 Downloads
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stlM2_Reed_Support.stl
110 Ko · 106 Downloads
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stlN4_Pulley_Support.stl
4.3 Mo · 113 Downloads
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stlN5_Pulley_Blocker.stl
14 Ko · 109 Downloads
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stlO3_Pulley.stl
333 Ko · 110 Downloads
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stlP3_Shaft_Rail.stl
1.9 Mo · 108 Downloads
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stlQ3_Shaft_Side.stl
343 Ko · 108 Downloads
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stlR1_Cord_Blocker.stl
58 Ko · 31 Downloads
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stlR2_Cord_Blocker.stl
52 Ko · 31 Downloads
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stlR3_Cord_Blocker.stl
28 Ko · 31 Downloads
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stlT2_Rigid_Heddle.stl
68 Ko · 110 Downloads
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stlT4_Rigid_Heddle_Emergency.stl
87 Ko · 109 Downloads
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stlU3_Reed.stl
342 Ko · 112 Downloads
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stlV2_Temporary_Reed_Support.stl
7 Ko · 106 Downloads
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stlW_Hook_v2.stl
103 Ko · 108 Downloads
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stlX_Shuttle.stl
2.7 Mo · 108 Downloads
Beschreibung
Important note: I designed this loom to solve a very specific problem (the difficult separation of warp threads, which requires a large shede width). For other applications, please refer to the 8-shaft table loom I have also published on this site.
Why make it complicated rather than simple?
This project follows the 4-shaft table loom and the 6-shaft table loom that I already published. But its purpose is much more specific...
My goal was to weave only natural fibers. So I once tried to use a mixture of linen and natural wool, that has very different elasticity. Additionally, natural wool threads tend to cling to each other. This makes them very difficult, if not impossible, to separate in the shed.
So I have been looking to increase enough the shedding of the warp to separate threads, even under such conditions.
This technique is not new and has been well described as ‘Counter-Balanced’ or ‘Counter-March’ loom. However I did not found any reference of table loom using this principal. So I designed a system with pulleys, which mechanically raise or lower the frames, on either side of the plane of the fabric, to tackle the problem.
All details can be found in the .pdf file.
Enjoy !