Material-saving & Infinitely Modular Display Stand

Material-saving · Infinitely Modular · Mechanical Structure Design

This is a material-saving modular lens holder designed for vintage and modern lenses. It minimizes material consumption while ensuring structural strength, making it suitable for long-term storage and display.

It can also be used to display any item; the size percentage can be scaled to achieve various perfect effects.

Design Features

• Two Size Designs
  • Standard version: suitable for most vintage lenses, rangefinder lenses, and small lenses
  • Enlarged version: for larger and heavier lenses
• Modular Structure, Infinitely Connectable
  • Supports left/right / up/down expansion
  • Can be freely combined and arranged according to cabinets, bookshelves, or drawers
• Traditional Chinese "Tenon and Mortise" Joint Structure
  • Pure mechanical snap-fit design
  • Left and right splicing on the same layer locks securely without glue
  • Clean structure, clear assembly/disassembly logic
• Stability and Safety Considerations
  • Horizontal splicing requires no glue
  • Glue reinforcement is recommended for vertical stacking to prevent displacement during long-term use

Installation and Splicing Instructions

• It is recommended to splice the same layer first, then stack vertically
• The splicing structure is a precise fit, so initial installation might be slightly tight
• If it's too tight, you can use a small hammer to gently tap it into place

• Please avoid forceful knocking to prevent damaging the structure

  

Printing Instructions

• The design aims to save material, thus featuring a hollow design
• With proper print orientation, no supports are needed (depending on printer tolerance)

Applicable Scenarios

• Vintage lens collection and daily storage
• Rangefinder / SLR lens organization
• Stable placement of large, heavy lenses (enlarged version)

This design focuses on structural logic, practicality, and expandability, rather than decorative appearance.
If you value modular systems and traditional mechanical structures, we hope this offers a long-term, sustainably expandable lens storage solution.