1. The whole platform adopts a split structure with a length of 1100mm, a width of 780mm and a height of 1030mm.

2. The upper box body is bent and welded by 1.2mm high-strength cold plate. The high-quality wood table top on the desktop surface adopts 13mm thickness anti-scratch wood grain surface plate to prevent static electricity; the lower part body is formed by high-quality steel plate bending and welding, The surface is using green Environmental-friendly solvent-free plastic powder electrostatic spraying treatment.

3. The color of the upper box is matt gray-white (the color can be freely selected), and the surface is treated with leather texture; a special logo printing area is set at the center of the front end of the upper box to facilitate the printing of the logo by the school/enterprise, and strengthen the campus/corporate culture promotion. The upper and lower cabinets are all designed with small arc corners to effectively reduce the direct damage and improve the visual perception of the product.

4. The armrest structure on both sides of the upper box is ergonomically designed to meet the user's habits and effectively reduce the fatigue during long-term standing use.

5. The rear side of the podium is equipped with slide rails to pull drawers, which can be used to put blackboards, wireless keyboards, wireless mice, environmentally-friendly writing pens, lapel microphones and other common school tools. The right side of the booth is pulled for easy operation.

6. The table body is equipped with a cabinet door, and the inside of the table body can store common school tools such as an environmental writing set. The grounding wire connector is placed at the bottom of the table to prevent leakage and static electricity. The platform has a built-in wiring system. A key controls all locks.

7. The lower box body adopts modular design, which can realize split assembly and internal cabinet type standard design.

8. The lower box body is provided with louver type cooling vents, and the number and arrangement of the louvers are determined in combination with the internal equipment of the lower box and the overall appearance of the desk.

9. The bottom hole of the lower box base adopts the knockout hole method.

10. All the processing parts are stamping and forming, using advanced fixtures and automatic welding technology.