Order Custom Paper Drawer Style Boxes Trader for Electronic
The box is designed with a classic paper drawer method, which can give customers a smooth experience of taking out products. The overall color is dark gray, which is low-key, calm and fashionable.
Beskrivning
1. Color scheme
The dark gray outer shell is matched with a black inner box to form a visual contrast. The dark gray main color conveys a low-key and steady business texture, and the black liner enhances the product display effect through color contrast, which can focus the sight as soon as the box is opened.
2. Drawer-type structure
The classic pull-out design draws on industrial aesthetics. The box body and the drawer are matched with precise tolerances. The guide rail system remains smooth after 5,000 opening and closing tests. The box sleeve adopts a tubular folding structure to enhance pressure resistance, and the drawer edge is rounded to avoid scratches.
3. Substrate selection
The outer shell uses 1.5mm full gray board (FSC certified environmentally friendly material), and the surface is covered with 120g dark gray touch special paper with anti-fingerprint coating. The inner box uses 0.8mm double gray board + black matte coated paper, with a bending strength of 15N·m²/g, and can bear 5kg without deformation.
4. Printing process
Supports 12 process combinations including hot stamping gold/silver, partial UV, embossing, etc. The LOGO can be embossed with a three-dimensional relief process, and the metallic ink has passed the EU EN71-3 safety certification.
5. Modular lining
Provides 6 material options including EVA foam, pearl cotton, flocking, etc. The product contour data is generated through 3D scanning, and the CNC cutting accuracy reaches ±0.2mm, which is suitable for special-shaped electronic products. The multi-layer partition design can fix the host, accessories and instructions at the same time.
6. Seismic performance
The EVA lining has been tested by ISTA 3A transportation and can buffer the impact of a 1.2m drop. The foam rebound rate is >90%, and the deformation rate is <5% after 100,000 continuous compressions.