When you walk into any modern kitchen, a microwave oven is almost a must-have appliance. The manufacturing process of this seemingly simple home appliance product contains many technical challenges. In the context of the current vigorous development of the “kitchen economy”, microwave ovens have transformed from simple heating tools to composite kitchen appliances that integrate microwave heating, barbecue, steam, and intelligent control.
1. Precision assembly process-ensuring reliability of core functions
A high-precision visual positioning system (positioning accuracy ±0.01mm) is used to guide the robotic arm to accurately install the magnetron to the waveguide system to ensure that the gap between the two is controlled within 0.2mm to ensure efficient microwave transmission;
The servo motor-driven turntable positioning system ensures the smooth operation of the turntable, and the noise control is ≤52dB, which is better than the industry average;
Gear meshing accuracy testing device monitors the matching accuracy of gear sets in real time (deviation ≤0.05mm) to avoid noise and vibration problems caused by poor assembly;
2. Multi-functional integrated solution-responding to complex process needs
For the quartz tube/halogen tube heating system, an infrared thermometer (accuracy ±2℃) is used to monitor the working temperature of the heating element in real time to ensure a safe isolation distance of ≥5mm from the microwave system and excellent insulation performance;
Automated heating element positioning system ensures accurate installation position of barbecue pipes and heating uniformity ≥95%;
