The copper substrate is polished to remove surface oxides and impurities. Then, the copper substrate is soaked in the detergent to make its surface clean and free of impurities. Finally, rinse the copper substrate with pure water. Then there is the tinning process. First, the treated copper substrate is placed into the copper plating tank. In the copper plating tank, copper ions are released from the anode and deposited on the surface of the copper substrate through the action of the power supply. The time and voltage of tinning need to be adjusted according to the specific situation to ensure that the quality and thickness of copper coating meet the requirements

Chemical treatment, as the last step in the chemical cleaning process, is essential to achieve corrosion protection of the material. For example, after the boiler has been pickling, water washing and rinsing, the metal surface becomes extremely clean and active, and therefore vulnerable to corrosion. Therefore, passivation treatment must be carried out quickly to form a protective film on the metal surface and effectively slow down the corrosion process

The micro arc oxidation process is adopted to achieve higher hardness, strength, corrosion resistance and oxidation. Micro-arc oxidation is a kind of ceramic film which mainly consists of matrix metal oxides grown in situ on the surface of aluminum, magnesium, titanium and other metals and their alloys by the combination of electrolyte and corresponding electrical parameters. The most commonly treated materials are magnesium, aluminum, titanium and their alloys, and tantalum, niobium, zirconium, beryllium and other materials can be directly subjected to micro-arc oxidation.

阳极氧化(anodic oxidation)，金属或合金的电化学氧化。铝及其合金在相应的电解液和特定的工艺条件下，由于外加电流的作用下，在铝制品(阳极)上形成一层氧化膜的过程。阳极氧化如果没有特别指明，通常是指硫酸阳极氧化。 为了克服铝合金表面硬度、耐磨损性等方面的缺陷，扩大应用范围，延长使用寿命，表面处理技术成为铝合金使用中不可缺少的一环，而阳极氧化技术是目前应用最广且最成功的。

This device is suitable for surface oxidation treatment of mobile phone shell, notebook shell and so on. This equipment can achieve mass production, high degree of automation, stable quality

Exhaust system: All pipelines of the exhaust system can not be blocked, all chromium fog can be recovered, and can automatically return to the mother tank. The emission index of chromium fog generated after treatment should meet the provisions of GB16297-1996 "Emission Standards for air pollutants" and "emission standards for electroplating pollutants", chromium acid fog emission ≤0.05mg/m³, exhaust gas treatment device adopts domestic leading brands

The automatic three-dimensional storage system is an intelligent system composed of three-dimensional shelves, rail roadway stacker, chain conveyor, information identification system, automatic control system, computer monitoring system, computer management system and other auxiliary equipment

According to different automated storage systems, the core of various forms of automated storage systems such as pallet shelves and shuttle shelves is a three-dimensional warehouse, and the starting point of its technology generation and development is to improve space utilization

The roadway type stacker adopts the fork expansion mechanism to make the fork telescopic, so that the width of the roadway can be narrowed and the utilization rate of the warehouse can be increased. The tunnel type stacker applies to the high-rise shelf warehouse of various heights, which can realize semi-automatic, automatic and remote centralized control.

Automatic sorting has no special requirements for material posture and can be smoothly classified

It is suitable for direct handling of forklift truck, convenient for customers to reduce manual operation, including automatic lifting function can increase the weight function according to requirements, automatic calculation of weight lifting stability, and adjust the height of materials online and offline; Fast loading and unloading with forklift trucks and other handling vehicles. According to the requirements of use, auxiliary devices can be configured for any combination, such as safety protection devices for fixed lifting platforms; Electrical control mode; Work platform form; Dynamic forms, etc. The correct selection of various configurations can maximize the function of the lifting platform and achieve good results.

Rack and pinion type expansion fork: the use of three or four sections (or three sections, four sections, can also be understood as single deep, double deep), of which the single deep fork is a complete fork expansion mechanism composed of the front fork, middle fork, fixed fork and guiding roller components (double deep fork is composed of the front fork, upper middle fork, lower middle fork, fixed fork and guiding roller)! The fixed fork is installed on the loading platform, the lower middle fork is driven by the gear and rack, and moves outward about half of its own length, the upper middle fork extends outward from the middle point of the lower middle fork plate, and the front fork extends outward from the middle point of the upper middle fork to a slightly shorter length than itself!