The installation, debugging and trial production of Led filament lamp automatic production line are the key links to ensure the stable operation of the equipment and the quality of the products up to standard, which need to be carefully operated step by step.

Installation and debugging need to pay attention to foundation and coordination. First of all, check the smoothness and bearing capacity of the site to ensure that the equipment is installed stably and avoid shaking during operation. Then, according to the layout drawings, the equipment is docked, and the height and spacing of the conveyor belt are adjusted to make the material transfer smooth. After the circuit is connected to the gas circuit, test the running state of the motor, sensor and other components one by one, and troubleshoot the problems such as jamming and signal delay. At the same time, the parameters of the control system, such as transmission speed and the action angle of the mechanical arm, are debugged to ensure the accurate connection of all links.

The trial production stage needs to be verified and optimized step by step. Carry out no-load operation, observe the stability of the equipment in the state of no material, record abnormal noise, overheating of components, etc. and adjust. Subsequently, small batch trial production was carried out, and the whole process from filament feeding, gluing, packaging to testing was tracked to check whether there were any defects such as deviation and glue leakage. According to the trial production results, fine-tune the equipment parameters, such as adjusting the coating amount and curing time, until the product qualification rate reaches the expectation. In the trial production, it is also necessary to test the continuous operation ability of the equipment, observe the performance changes after long-term work, and deal with problems such as wear and looseness in time.

Through standardized installation, debugging and scientific trial production, the automatic production line of Led filament lamp can enter a stable operation state faster, laying a foundation for subsequent efficient production.