Intelligent Digital Vibratory Feeding Plastic Parts Magnetic Vibrating Bowl Feeder

Intelligent Digital Vibratory Feeding Plastic Parts Magnetic Vibrating Bowl Feeder

1 . Descriptions:

There are several steps that need to be taken in order to ensure that a vibratory bowl feeder is produced that meets the customer's requirements:
Evaluate your needs: We need to understand the size and shape of your product, as well as your requirements for the state of the material to be transferred.

Mail the required material: After the engineer confirms that the vibratory bowl feeder can be produced according to the customer's requirements, the customer needs to mail the material in order to design and test the vibratory bowl feeder.

Design and Confirmation: After receiving the material, the engineer will design the drawing of the vibratory bowl feeder according to the characteristics of the material, and can arrange the production after the customer confirms.

Production and testing: After the production is completed, we will test the vibratory bowl feeder continuously for 4 hours to observe whether there will be any problems such as material jamming.

Delivery and after-sales service: After confirming that the vibratory bowl feeder can operate normally and continuously, we will deliver the vibratory bowl feeder to the customer's designated location, and we will provide solutions even if there are any problems in the process of using the vibratory bowl feeder. We provide a two-year warranty.

2 . Specifications:

3 . Upgrade Parts Of Vibratory Bowl Feeders :

Vibratory bowl feeder is a kind of automated feeding equipment for conveying parts, it is often used for conveying gaskets, in order to ensure eDuring the design process, in order to adapt the vibratory bowl feeder to various production environments, engineers will add various auxiliary equipment.

Sensors: Photoelectric sensors are used to detect the passage of materials to ensure the continuity of material transportation. Inductive sensors are used to detect the position of metal materials.

Control system: PLC can coordinate multiple devices, frequency converter to adjust the vibration frequency of the vibratory bowl feeder, with a touch screen panel can be set and monitor the working status of the vibratory bowl feeder.

Silo: Increase the storage capacity of the material and automatically replenish the material when it is insufficient to ensure the continuity of material supply.

Protective cover: Provide a clean operating environment for the vibratory bowl feeder and prevent material splashing to increase safety. Installation of acoustic cotton around the enclosure can effectively reduce the noise generated by the vibratory bowl feeder operation.

4 . More Pictures: