Series bus bar
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  Series bus bar to connect multiple modules into battery pack Material – tin plated copper Download technical drawing  

8P N.E.S.E module
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    Recommended printing settings: Supports – No Layer hight – 200µm Infill – 5%, rectilinear or grid  Perimeters – 4 Bottom solid layers – 5 Top solid layers – 6 For ABS, Scale to 101% Features No welding required … Read More

7P N.E.S.E module
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    Recommended printing settings: Supports – No Layer hight – 200µm Infill – 5%, rectilinear or grid  Perimeters – 4 Bottom solid layers – 5 Top solid layers – 6 For ABS, Scale to 101% Features No welding required … Read More

N.E.S.E hardware sets
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Features No welding required Replaceable cells Modular Small size, up to 394 Wh per liter Mechanically protected Quick assembly Watertight option Technical drawings and 3D printable downloads are in Resources area. Visit there for more information on 3D printing settings. NOTE: … Read More

8P module
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Printed 8P prototype to expand the range. It bumps up the capacity to almost 30AH range. Bellow it is in comparison to 6P module, about the size of LG V20 smartphone. What you think, good, too much?  

N.E.S.E. module
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Features No welding required Replaceable cells Modular Small size, up to 394 Wh per liter Mechanically protected Quick assembly Watertight option You will need to purchase series tabs to connect modules into battery pack. Optionally you can order twin and … Read More

N.E.S.E powerbank
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    Recommended printing settings: Supports – No Layer hight – 200µm Infill – 5%, rectilinear or grid  Perimeters – 4 Bottom solid layers – 5 Top solid layers – 6 For ABS, Scale to 101% Features Modules to reuse … Read More

N.E.S.E enclosure
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3D printed N.E.S.E enclosure.  Material – PETG (Polyethylene terephthalate) Color – transparent Maximum working temperature – 70°C Disclaimer. By purchasing this product, the buyer/user agrees that he/she understands the safety precautions needed to be taken building and using battery packs made … Read More