Jingyan Energy

Used to preheat the capacitors that have already been put into the shell before injecting adhesive into the car capacitor. The electric heating tube serves as the heat source, and the blower achieves internal circulation of hot air. It automatically enters and exits the furnace through fixtures, cylinders, chains, etc. This device is a glue line connection device, and the heating time can also be customized according to customer needs.

This equipment is suitable for capacitor resin hardening devices. The equipment can be divided into feeding area, material handling area, resin hardening area, resin pre curing area, resin hardening material loading and cooling area, discharge area. The temperature and cycle time in the furnace can be set, and can be used as a universal equipment. This device is a glue line connection device, and the heating time can also be customized according to customer needs.

This equipment is used for empowering and selecting the cores of metallized thin film capacitors. The cores are supplied to the disk testing fixture of the host through the core feeding mechanism. The cores clamped on the fixture move grid by grid and are electrically connected to each testing department to complete various inspection items. Determine whether the core is good or not through inspection, classify and eliminate defective products, and organize the good products into the core cutting belt by the transfer mechanism. The loading and unloading methods can be customized according to customer needs.

Used for curing the capacitors that have already been inserted into the shell before injecting glue into the four pin capacitor. The electric heating tube serves as the heat source, and the blower achieves internal circulation of hot air. It automatically enters and exits the furnace through fixtures, cylinders, chains, etc. This device is a glue line connection device, and the heating time can also be customized according to customer needs.

This device is a 4-pin capacitor automatic shaping and gluing device.

Realize automatic vacuum suction of raw materials, automatic stirring, and heating vacuum to remove bubbles (umbrella shaped structure). The stirring tank is composed of a main agent tank and a hardening agent tank. The two raw materials are mixed using static mixing, and after mixing, the glue is automatically poured in a normal pressure environment. The glue pouring method adopts a single fixture single point moving glue pouring. This device is a glue line connection device.

This equipment is used to connect the capacitor products that come out of the curing furnace. The products and trays are cooled to room temperature through air cooling, and the products on the trays are cut and transported to a 4-pin capacitor testing machine.

This device is an automatic inspection and selection device for finished car capacitors.

It is composed of the conveying structure of the tested product, testing mechanism, and data processing device. Manually install the product onto the fixture, move it with the workstation, pass through the inspection mechanisms of each workstation, and perform sequential inspections.

The product is judged as good or not based on the inspection settings. When the defective product is moved to the defective product exit station, an alarm is issued. After manually removing the defective product, the alarm reset operation is performed and the inspection continues. Each measurement station can independently perform manual measurements.

The good product is manually cut at the good product cutting station.

This device is a device for automatic gluing of on-board capacitors.

Realize automatic vacuum suction of raw materials, automatic stirring, and heating vacuum to remove bubbles (umbrella shaped structure). The stirring tank is composed of a main agent tank and a hardening agent tank. The two raw materials are mixed using static mixing, and after mixing, the glue is automatically poured in a vacuum environment. The glue pouring method adopts a single fixture with multiple fixed points. This device is a glue line connection device.

Used to preheat the capacitors that have already been put into the shell before injecting adhesive into the car capacitor. The electric heating tube serves as the heat source, and the blower achieves internal circulation of hot air. It automatically enters and exits the furnace through fixtures, cylinders, chains, etc. This device is a glue line connection device, and the heating time can also be customized according to customer needs.

Suitable for spraying gold on the core of metallized thin film capacitors, it can be sprayed with zinc, zinc tin alloy, or zinc aluminum alloy. The incoming material is a manually stacked spray metal fixture, which is manually placed on the loading platform and automatically hooked. The discharge and loading are in the same position and manually picked up, reducing personnel movement and improving efficiency. The spray metal adopts a 4+4 method, and the material utilization rate of the spray gold wire is more than 10% higher than other types of spray metal machines.

This device is an automatic inspection and selection device for four pin capacitor finished products.

It is composed of the product to be tested, the operating vehicle, the circular slide rail, the detection mechanism, and the data processing device. The product is automatically fed into the operating vehicle of the equipment through a conveyor belt, and then various functions are tested one by one. The detection data can be recorded and traced through an industrial computer, and defective and good products are separately fed.

This equipment is suitable for cleaning the circular surface of metallized thin film capacitor cores after spraying. It uses glass sand to spray and impact the circular surface of the cores, thereby achieving the effect of cleaning the cores.

The discarded spray dust and glass sand that have been shot down are automatically removed, separated, and cleaned again through the cyclone separation device and dust removal equipment in the chamber; Compared to traditional drum style methods, it is gentler and effectively protects the spraying layer from being hit. The equipment uses manual feeding and feeding to a separate receiving tray, and the receiving method can also be customized according to customer needs