Industry

Powerful Functional Advantages of Industrial Product Models

Industrial models serve as core carriers for industrial R&D & design, process verification, exhibition display and project briefings. They are also vital tools for enterprises to optimize product schemes and avoid mass production risks, playing an essential role in modern industrial design and production implementation.

Physical Appearance Verification & Product Design Optimization

Visual, tactile and physically restored industrial models materialize design concepts intuitively and resolve discrepancies between drawing renderings and physical finished products. They enable precise evaluation of product contours, overall proportions and visual texture, forming an indispensable procedure for new product development and appearance upgrading.

Assembly & Structural Verification for Early Risk Detection

The models support full assembly demonstration to visually inspect structural rationality, component fitting accuracy and assembly operability. Potential structural loopholes and design flaws can be identified in advance for rapid revision, cutting rework costs in subsequent production from the source.

Avoid Mould Development Risks & Significantly Reduce Expenses

Industrial moulds involve high manufacturing costs. Pre-implementation of design validation and structural optimization via industrial models effectively prevents design errors and unreasonable structural issues arising from direct mould opening, eliminates substantial financial losses and greatly mitigates mass production risks.

Industrial models are mainly divided into two material categories: Plastic models adopt premium plastic raw materials including ABS, acrylic, PVC, PC and POM, featuring strong formability and favorable cost performance. Metal models utilise copper, iron, aluminum, alloys and other metallic materials with high hardness, premium texture and outstanding durability, widely applied for displaying landmark industrial products such as high-end precision equipment.

Industry Application

Professional Application of Sand Table Models in Industrial Production Scenarios
Core Application Scenarios (Full Segmented Industrial Sectors)

Overall Planning Display of Factory Campuses

1. Investment promotion exhibition halls of industrial parks Physical sand tables for equipment manufacturing, new materials, metallurgy, photovoltaic energy storage and wind turbine factory campuses, used to interpret the overall campus layout for government & enterprise investors and visiting merchants.
2. Corporate headquarters image exhibition halls For group-owned production bases, customer visits and industry exchange activities.
3. Preliminary review for newly constructed factories.

Display & Design of Industrial Equipment and Production Line Processes

Differentiated physical zoning of campus functional areas

Independent zones for production workshops, raw material warehouses, finished product warehouses, office & living quarters, hazardous chemical tank areas and sewage treatment stations. Land use types are distinguished by base plates with different materials and colors: dark grey for production areas, light grey for storage areas, red base for hazardous chemical zones, and green for green buffer belts. ABS panels are adopted to simulate steel exteriors of large steel-structure workshops, and transparent acrylic replicates workshop daylighting strips.

Layered visual physical layout of industrial pipe networks

Micro pipes in different colors are laid in layers for water supply, circulating cooling water, sewage discharge, fuel gas, steam and power cable trays. Transparent pipes enable direct visualization of pipeline routes. Chemical industry sand tables are equipped with sectional interlayer pipeline structures to three-dimensionally display underground pipeline layout, differing from flat pipeline illustrations in conventional real estate models.

High-precision scaled physical restoration of industrial equipment

Core equipment including fans, generator sets, reaction kettles, extrusion equipment, kilns, photovoltaic panels and energy storage battery cabins are manufactured via 3D printing, ABS engraving and metal etching components to restore intricate structures such as flanges, valves, conveyor belts and fan blades. Chemical sand tables are furnished with physical models of independent storage tanks and rectification towers.

Graded electromechanical lighting system adapted to industrial scenarios

Constant white lighting in production workshops simulates workshop illumination; red warning lights for tank zones and explosion-proof areas; flowing light strips fitted on power transmission lines and photovoltaic panels simulate power transmission; independent street lamps illuminate main campus roads and freight corridors; dotted warning lights are installed at fire protection points (fire hydrants, sprinklers and emergency exits).Refined presentation of freight transportation system: separation of heavy-duty main freight roads, internal campus transit passages and pedestrian walkways. Custom-built dedicated truck berths, raw material loading & unloading docks and logistics yards. Dedicated railway lines and campus freight conveyor belts are fitted with miniature dynamic circulation modules to simulate material transit workflows.

Special marking craftsmanship for high-risk zones

Sand tables for chemical and smelting plants are fitted with red borders and warning lights to mark hazardous chemical storage zones, explosion-proof isolation belts and waste liquid collection tanks. Solid yellow marking lines are used to highlight emergency rescue passages.