Demonstration or teaching of industrial production line equipment model making

Case Study on Model Making of Industrial Production Line Equipment

This project is a model of industrial production line equipment, focusing on the production process of multi unit linkage. It accurately reproduces the equipment structure, pipeline layout, and safety protection details, achieving a realistic reproduction rate of over 90%. It is suitable for enterprise exhibition halls, technology exhibitions, and teaching popularization scenarios.

1、 Material selection

Main structure: The equipment frame and tank body are made of ABS board and 3D printed photosensitive resin, balancing structural strength and fine styling; The tank and pipeline parts are made of metal textured ABS and transparent acrylic, simulating the metal texture and fluid channels of industrial equipment;

Safety protection: The guardrails and warning signs use colored ABS strips and UV printed stickers to restore the on-site safety protection facilities;

Base and auxiliary: The base is made of high-density wooden board and matte PVC board to ensure overall load-bearing and flatness; Auxiliary materials include model specific adhesive, sandpaper, matte varnish, metallic paint, etc.

2、 Production process

Base construction

Using high-density wooden boards as the bottom layer, matte PVC boards are laid on the surface to simulate the factory floor. The equipment area and pipe gallery area are divided to ensure a smooth overall layout and coordinated proportions.

Equipment frame shaping

Cut and splice ABS boards into a multi-layer frame structure, and restore the floors and support system through bonding and polishing; The tank body and silo are formed by 3D printing, polished and spliced to the corresponding position of the frame to ensure precise fitting of the interface.

Pipeline and detail assembly

Using thin metal pipes and transparent acrylic pipes to simulate fluid pipelines, positioning and bonding them one by one according to the process flow, restoring the pipeline direction and valve details; The guardrail and platform are assembled by laser cutting colored ABS strips to enhance the visual features of safety protection.

Component Integration

Install micro accessories such as valves, instruments, and hoppers, and ensure that the functional logic of each equipment unit is consistent with the actual situation through bonding and positioning adjustment; Reserve identification positions to prepare for later text annotation.

3、 Post processing and coloring

Main body coloring: The equipment frame is sprayed with industrial blue, and the guardrail and warning components are sprayed with eye-catching yellow to create a sharp visual contrast; The tank and pipeline are coated with silver gray metallic paint, which simulates the metallic luster and usage traces through gradient spraying;

Detail processing: The ground is sprayed with matte gray to avoid reflective interference; Color separation treatment is applied to small components such as valves and instruments to enhance their functional identification; The device name and function identification are accurately pasted through UV printing, which is clear and eye-catching;

Protection treatment: The entire model is sprayed with matte varnish to enhance its wear resistance and dust resistance, while retaining the delicate texture of metal and plastic materials, avoiding the impact of overly bright paint on visual realism.

4、 Detail optimization and presentation of effects

Comprehensively polish and adjust the model, repair the joint gaps between pipelines and frames, correct the spacing between equipment and pipeline direction, and ensure clear process logic; Clean up surface impurities to make the appearance neat and uniform; Test the stability of the structure to avoid loosening and detachment of components. The final product presents the complete equipment layout and process logic of the industrial production line through the coordination of materials, processes, and colors, with both ornamental and popular science features, meeting the diverse needs of enterprise display, technical exchange, and teaching and training.