The working principle of the flexible vibrating plate is to use the interference principle of resonance and coherent waves to achieve the process of moving materials to a certain direction in order to form an arrangement. The flexible vibration plate uses the excitation source as the power source, with four excitation sources (equivalent to four vibration points) distributed at its four inner corners. The operation of the excitation source controls the vibrational frequency of the feeding plate in order to reach the natural frequency of the material and make it enter a resonating state, thereby making it easier to move. The flexible vibrating plate can be used for special-shaped parts or small parts that require bulk materials to be provided and are prone to be stacked together due to their shape and size; when it is in operation, this plate dismantles quickly thus avoiding traditional vibrating plates’ disadvantages while significantly increasing work efficiency.
Automating Inductor Coil Loading with Flexible Feeder
2024-06-09
As someone deeply involved in the automation industry, I understand the complexities of automating the loading process for inductor coils. These components are delicate, come
