PCB Chamfering Machine
Main frame: The supporting structure of the entire device.
Transmission system: Responsible for transmitting electricity and power to various parts of the machine.
Motion control system: Responsible for controlling the precision of the machine's movements.
Robotic arm: Capable of free movement, used to position the cutting tool.
Cutting tool: Used to chamfer the right-angle portions of the PCB board.
The working principle of the PCB chamfering machine is based on automated robotic technology, along with a precise mechanical transmission system and motion control system. The device follows a preset chamfering path, enabling the robotic arm to move the cutting tool. At the same time, the motion control system precisely controls the chamfering depth and speed of the tool to ensure chamfering quality and efficiency.
Advantages:
Enhances the aesthetics and assemblability of PCB boards.
Chamfered corners reduce stress concentrations, improving the reliability and stability of PCB boards.
Increases production efficiency and reduces production costs.
Applications:
The electronics manufacturing industry, such as PCB board production and assembly.
Anywhere that requires converting the right-angle edges of PCB boards into chamfered corners, such as in the production processes of televisions, computers, mobile phones, tablets, and other electronic devices.
The operating procedures for the PCB chamfering machine typically include the following steps:
Turn on the power switch of the chamfering machine and start it.
Stack the boards that have been edge-ground, aligning their corners and placing the neatly aligned corner into the chamfering machine.
Twist the clamping switch to clamp the boards and then press the chamfering start button.
After chamfering is complete, press the stop button and remove the boards for inspection.
After chamfering, place the boards and process cards together neatly in the designated area.
Before adjusting the equipment, first cut off the power and make precise adjustments according to the product specifications and size requirements.
To ensure the normal operation of the PCB chamfering machine and extend its service life, regular maintenance and care are required. Specific maintenance measures include:
Frequently check whether all components are worn or do not meet requirements, and replace worn components in a timely manner.
Pay attention to the lubrication of the machine, ensure the oil level in the oil tank, and frequently drip lubricating oil.
Regularly clean the axes, wipe them with oil, and keep them clean.
After production, shut down the machine according to the prescribed procedures and cut off the power supply.
