How to Make an Origami Phone Stand
Easy Origami and Crafts
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How to Make an Origami Phone Stand
1 531 762 просмотра · 4 года назад
Easy Origami and Crafts
571 тыс. подписчиков
1 531 762 просмотра · 4 года назад
Master the principles of structural paper engineering with this precise step-by-step tutorial on how to fold a minimalist origami smartphone stand. Utilizing geometric folding techniques and uniform weight distribution, this smart desktop accessory is constructed entirely from a single sheet of A4 paper. Learn to create structural balance and clean angular folds to establish a secure multi-layer support system without any cutting or mechanical fasteners.
This functional geometric structure is tailored for designers, minimalist architects, modelers, and remote professionals seeking an elegant, non-intrusive workspace organization tool. Beyond its utility as a portable ergonomic holder for productivity, online lectures, or professional video conferencing, this project serves as a compelling study in applied physics, structural load management, and spatial paper crafting.
Materials & Specifications:
Project Difficulty: Simple / For Beginners (Accessible Precision)
Dimensions Used: 1 Standard A4 Sheet (Compatible with Letter size)
Paper Recommendation: High-density crafting paper, cardstock, or Colorset paper (90 g/m² to 120 g/m² equivalent recommended for optimal structural rigidity)
Design Style: Pure Geometric Folding (NO CUT, NO GLUE)
Technical Note on Material Rigidity: The baseline architecture relies on tension and friction. While the classic layout requires no glue, utilizing higher density medium-weight paper ensures peak durability for heavier smartphone models.
Timestamps:
00:00 - Introduction & Finished Smartphone Stand Showcase
00:37 - Material Selection & Initial Horizontal Alignment
00:54 - Center Line Creasing & Double Gate-Fold Technique
01:29 - Secondary Longitudinal Compounding Folds
02:06 - Vertical Bisecting & Layer Compression
02:27 - Multi-Layer Reinforced Creasing (Bone Folder/Spatula Method)
02:52 - Segmented Grid Subdivision
03:24 - Symmetrical Structural Interlocking
04:07 - Executing the Structural Locking Mechanism
04:38 - Finished Model Adjustments & Structural Load Testing
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