Energy Storage Container Exhibition Model Factory

Energy Storage Container Exhibition Model Factory – Precision Manufacturing Plan for Realistic Scale Models

This document outlines the scale model manufacturing plan for creating highly realistic sand table model representations of energy storage containers, produced by our industrial model factory. Our process focuses on replicating authentic details using advanced techniques.

I. Material Selection System for Realistic Industrial Models

Our scale model factory employs a meticulous material selection system to ensure authenticity:

• Main Frame: The load-bearing skeleton utilizes 304 stainless steel profiles, complemented by aerospace-grade aluminium alloy reinforcements for optimal structural stability combined with a lightweight design, crucial for industrial model accuracy.
• Exterior Facade Materials: A double-layer composite structure is adopted. The outer layer consists of UV-resistant acrylic panels, while the inner lining is made from durable 1mm-thick ABS engineering plastic, providing a robust base for the scale model.
• Functional Components: Door lock mechanisms are fabricated from zinc alloy die-cast components, and hinges are constructed from durable copper-core stainless steel composite material, enhancing the realism of the sand table model.

II. Core Manufacturing Processes for Detailed Scale Models

Our manufacturing process integrates precision engineering to build accurate 3D printing model prototypes and detailed industrial model representations:

• Precision Forming Stage:

  • Utilizing laser cutting combined with CNC bending forming ensures precise panel shaping.
  • All corners undergo meticulous rounding to a R2mm radius.
  • The box top cover is manufactured via an integrated stamping process, preserving the original factory-specific drainage groove design essential for scale model authenticity.
  • The bottom crossbeam receives a rust-simulated aging treatment to replicate authentic usage traces, adding depth to the sand table model.

• Surface Treatment Process:

  • A phosphating treatment step is incorporated before applying the electrostatic primer coating, enhancing adhesion and corrosion resistance.
  • The topcoat employs automotive-grade baking paint technology, applied in three layers to achieve a sophisticated layered finish, vital for a premium industrial model.
  • Screen printing technology is strategically applied to replicate warning labels and operating instructions, adding authenticity to the scale model.

• Detailed Reinforcement Treatment:

  • Exhibition ventilation grilles are meticulously crafted using etching technology with 0.5mm aperture metal mesh.
  • Cable interfaces are equipped with removable rubber dust covers for added detail.
  • Internal brackets utilize a color-coding system to distinguish functional zones, improving the clarity of the 3D printing model.

III. Painting and Weathering Scheme for Lifelike Models

Our finishing process creates highly realistic scale model appearances:

• Base Coating:

  • The main colour tone is carefully matched using the standard container colour chart.
  • 2mm-wide original factory touch-up paint marks are intentionally retained at corners.
  • Subtle paint buildup effects are created at the box door seams.
  • A dry brushing process simulates loading/unloading collision marks, adding character to the industrial model.
  • Directional rust effects are carefully applied to key areas.
  • Simulated mud deposit layers are added to the bottom, enhancing realism.

• Protective Treatment:

  • A comprehensive matte protective coating is applied to the entire surface.
  • Additional local gloss coating reinforcement is provided to high-wear areas.
  • Moisture-proof agents are included to keep the model dry and preserve its condition.

Requirements Summary

Our industrial model factory ensures the delivery of high-quality scale model replicas.