Sand table model making factory for waste battery disposal

1、 Project positioning and design philosophy

This plan restores the modern waste battery crushing and sorting production line at a scale of 1:50, showcasing the three core sections of pretreatment, crushing and separation, and metal recovery through modular design, and simulating the closed-loop process from battery recycling to resource regeneration with a dynamic demonstration system. The design emphasizes a visual balance between "technological sense" and "environmental friendliness", with a target of 90% restoration.

2、 Core manufacturing process

1. Construction of production line structure

Main framework: A three-dimensional skeleton is constructed using 304 stainless steel profiles to ensure load-bearing stability; Each section is isolated with 5mm acrylic board, and the texture of the laser engraved observation window is used

Equipment simulation:

Crusher: 3D printed ABS material shell, internal installation of micro motor driven movable blade

Sorting device: The magnetic separation module is embedded with neodymium magnets, and the eddy current sorting area uses aluminum foil to simulate the metal separation effect

Electrolytic cell: transparent resin pouring, built-in LED gradient light simulating electrolyte reaction

2. Dynamic system design

Conveyor belt system: N-scale model track modification, equipped with photoelectric sensors to control the intermittent movement of battery modules (3D printed PLA material)

Dust collection demonstration: Install atomization device at the top of the crushing section, and simulate negative pressure dust removal with blue LED light effect

Data dashboard linkage: Mini OLED screen displays real-time simulated processing volume, metal recovery rate and other key indicators

3、 Artistic processing and detail enhancement

1. Color scheme

Industrial equipment: The main color scheme adopts RAL 7035 (light gray) with safety yellow warning tape

Hazardous waste identification: UV printed corrosive substance label, accurately reproducing the GB 18597 standard style

Background wall: Spray painted gradient green abstract pattern, symbolizing the concept of resource recycling

2. Special effects processing

Crushing section aging: Mixing iron oxide powder with matte agent to simulate metal wear

Electrolyte simulation: Epoxy resin mixed with fluorescent dye, exhibiting ion movement effect under UV lamp irradiation

Personnel flow: 1:50 scale 3D printed dolls are used, and differentiated PPE equipment is configured for different workstations

4、 Implementation of interactive functions

Multi mode demonstration:

Automatic mode: PLC controls continuous operation throughout the entire process

Step by step mode: Select a specific section for detailed explanation through the touch screen

AR augmented reality: Scan the device QR code to view the 3D disassembly animation

Security warning demonstration: red strobe light combined with buzzer simulates overheating alarm

Tags: industrial models, sand table models, model