It is inevitable that there will be failures in the operation of the pipette automatic blister packaging machine. Equipment failure will not only require a lot of manpower, material and financial resources, but also affect the production plan. So what should I do if the blister machine encounters a failure? Let me analyze it for you How to deal with the failure of the automatic blister machine.

　　It is necessary to analyze the cause of the failure in order to carry out maintenance.

　　1. Man-made failure: Overuse or improper operation by the operator leads to failure.

　　2. Natural fault: If it is used for too long, it will wear out and age during operation, and cannot be used normally.

　　3. Mechanical failure: There are defects in the design or assembly process, which lead to problems and failures.

　　After knowing the cause of the failure, we can repair it.

　　1. Human failure: Strengthen the training for the operators of the blister machine, learn the correct operation method, and avoid failures.

　　2. Natural failure: Because wear and aging are irreversible normal conditions, it is difficult to avoid. Regular maintenance can be done, such as regular lubrication of the crankshaft to prolong the service life.

　　3. Mechanical failure: Equipment manufacturers improve the structure and design concept. In the actual production of the automatic blister machine, it is inevitable that there will be defects in the finished product, which will affect the quality. The following will introduce the possible problems of the automatic blister machine.

　　Water ripple: Due to the difference in materials and processing techniques, water ripples will appear. The thicker the product, the more obvious the water ripples, and PVC materials are more likely to produce water ripples.

　　Crystal point: It is caused by tiny impurities falling on the heating plate during the blistering process.

　　Scratches: The friction between the outer wall of the product and the machine will cause scratches on the surface. It is necessary to maintain the smoothness of the parts and reduce mechanical friction.

　　Wire drawing: There is no protrusion on the mold, but the products produced have lines and protrusions, which requires modification of the mold.

　　Bubbles: There is air in the material, and there will be bubbles after the product is heated.