Vertical cabinet model making suitable for trade exhibition display
This project is a vertical cabinet model production, based on the industrial equipment vertical cabinet as the prototype, accurately reproducing the visual texture of the cabinet structure, panel layout, and internal components, achieving a physical reproduction degree of over 90%, suitable for exhibition display, scheme reporting, and industrial science popularization scenes.
1、 Material selection
The main body is made of ABS sheet and acrylic composite material, balancing structural strength and surface texture; The cabinet shell is made of matte white board, simulating the texture of the equipment shell; The internal components are made of transparent acrylic and colored ABS parts, presenting the internal layout clearly; The panel and logo are printed using UV technology to ensure clear and durable text and icons; The lines and interfaces use simulated cables and plugins to enhance realism.
2、 Production process
Cabinet production: Cut ABS board according to the prototype size, and form it through bonding, splicing, and polishing processes to ensure that the cabinet is square and the edges are flat, restoring the overall contour of the shell.
Panel production: UV printing technology is used to produce panel patterns, which are pasted on the front panel of the cabinet to ensure precise positioning and edge alignment.
Internal structure construction: Use transparent acrylic and colored ABS components to make internal components, arrange and fix them in layers, and restore the internal layout hierarchy.
Line and interface processing: Using simulated wires and plugins to simulate the direction of the line, fixed according to the prototype position, enhancing the realism of details.
Overall assembly: Assemble the panel, internal components, and cabinet, adjust the position of each component to ensure structural stability and proportional coordination.
3、 Post processing and coloring
Adopting multi-layer spraying technology, the cabinet shell is sprayed with matte white primer, with a uniform and particle free surface; The panel area maintains a transparent texture and highlights the display area; Internal components undergo color separation processing to enhance the sense of hierarchy; Spray protective varnish as a whole to enhance surface smoothness and durability.
4、 Detail adjustment
Revise panel alignment, internal component spacing, and other details to ensure overall proportions are consistent with the prototype; Clean up surface defects to make the appearance neat and the texture uniform.
The final model, through the collaboration of materials, processes, and post-processing, fully restores the appearance and internal structure of the vertical cabinet, combining display and realism, meeting the display needs of various industrial scenarios.
