Manufacturer of industrial equipment sand table models
Industrial-Grade Equipment Model Making Comprehensive Guide
I. Project Planning and Preparation
Prototype Analysis Phase
Use 3D laser scanning to obtain equipment point cloud data
Mark hydraulic piping, electrical wiring, and other feature systems
Break down complex equipment into functional module groups
Material Configuration Plan
Main Structure: Ivory white resin simulates castings
Moving Parts: Flexible resin to ensure joint mobility
Transparent Components: Crystal UV resin for instrument panels
2. Precision Manufacturing Process Flow
Multi-process composite manufacturing
Solid printing for the main frame to ensure load-bearing capacity
Hollow printing for fine piping to reduce weight
0.2mm clearance reserved for moving hinge parts
Industrial texture treatment
Sandblasting creates a metal casting surface texture
Electrolytic etching replicates equipment nameplate information
Hand-aged finish with wear marks
Functional structure implementation
Magnetic quick-release panel design
Sliding rail system
Simulated hydraulic pipe connections
III. Professional-grade coating solution
Base treatment
Chrome-plated parts use mirror electroplating process
Rubber parts use matte primer
Aged treatment with oil residue effect
Color separation process
Masking sprayed warning labels
Water decals replicating operating instructions
Fluorescent paint highlighting hazardous areas
Final Protection
Amino bake paint protective layer
Localized clear coat to highlight metal parts
Matte finish for non-metal areas
4. Quality Verification Standards
3D scanning comparison with prototype for accuracy
Durability testing of moving parts
Environmental lighting conditions
