If you own an automotive parts factory and circuit boards for equipment manufacturing, analyzing the boards during each phase of the assembly process will help you identify issues. If you purchase circuit board equipment through a vendor, your materials could be damaged when you receive them or they can wind up with faulty issues within your facility. Here is further insight into testing printed circuit boards.
1. Types of Problems and Visual Inspections
A circuit board plate needs to be a specific thickness and soldering should be intact on all portions that contain circuitry. Each electric component that is manufactured within your facility may require the use of a different type of circuit board. Because the assembly process may require your employees to manufacture a set number of items throughout each shift, small defects can easily be overlooked. These issues could result in an automobile not operating properly or indirectly cause accidents or death.
The training process should include instructions on using circuit boards that are intact as examples and demonstrating to your team of workers how they should conduct visual inspections. Inspections can also be performed by your quality control team at random times throughout the manufacturing process.
2. Analysis Equipment
A printed circuit board analysis equipment supplier sells devices that will scan board equipment and identify potential issues. With this type of machine, boards are lined up and pushed through an opening via a conveyer belt. An equipment supplier should be informed about your business and the type of circuitry that is used in various applications. This way, they can match you with analysis equipment that is designed to inspect the components that the series of circuit boards contain.
After purchasing analysis equipment through a supplier, you will need to learn how to decipher the information that is presented during each automated inspection. An operator will need to stand on one side of the equipment and will be supplied with a screen that provides a picture of the board that is currently being tested.
A keyboard is often used in conjunction with this type of equipment and will allow an operator to input information that is associated with each board type. After each inspection is complete, a board can either move on to the next part of the assembly phase or can be routed back to the previous station so that adjustments can be made.
For more information, contact companies that supply printed circuit board analysis equipment.