Accurate sine wave vibration parts feeder

•Elaborate frequency control suitable for small components
•Various communication support (TCP/IP, Digital I/O)
•Simple control (Frequency, distance, time)
•Back light embedded

Vibration method

The vibration method is Stroke, frequency, and time.
It is high readability for easy to use that control type and simple for the operator.

When it control the robot program need to the simple node.
That is a special AIVE function type with 3 variable is enough for AIVE run.

Example : AIVE run_Stroke###, frequency ###, Time ###

Stroke control makes very smooth vibration. It is helpful different shape and size.
Small parts must be precisely controlled, especially vibration. Because the part may go out due to vibration.

Accurate sine wave vibration parts feeder

•Elaborate frequency control suitable for small components
•Various communication support (TCP/IP, Digital I/O)
•Simple control (Frequency, distance, time)
•Back light embedded

Accurate sine wave vibration parts feeder

•Elaborate frequency control suitable for small components
•Various communication support (TCP/IP, Digital I/O)
•Simple control (Frequency, distance, time)
•Back light embedded

Accurate sine wave vibration parts feeder

•Elaborate frequency control suitable for small components
•Various communication support (TCP/IP, Digital I/O)
•Simple control (Frequency, distance, time)
•Back light embedded

Vibration method

The vibration method is Stroke, frequency, and time.
It is high readability for easy to use that control type and simple for the operator.

When it control the robot program need to the simple node.
That is a special AIVE function type with 3 variable is enough for AIVE run.

Example : AIVE run_Stroke###, frequency ###, Time ###

Stroke control makes very smooth vibration. It is helpful different shape and size.
Small parts must be precisely controlled, especially vibration. Because the part may go out due to vibration.