Glass is a high temperature resistant material. It depends on whether the food is food-grade resin. Metal utensils can be put into the microwave oven. Light wave oven is also called light wave microwave oven. The biggest difference between it and ordinary microwave oven lies in the heating mode. In ordinary microwave ovens, copper tubes or quartz tubes are generally used as internal barbecue tubes. Copper pipes are difficult to cool after heating, which may easily lead to burns.

The use of optical wave furnace:

The first type is "light wave microwave oven", which uses light wave as heating source and microwave to heat food. The shape of light wave microwave oven is no different from that of ordinary microwave oven. Principle of light wave microwave oven: This light wave microwave oven is equipped with four devices, namely light source, light wave reflector, light wave control sensor and over-temperature protection device.

The optical wave tube composed of quartz tube or copper tube can generate high temperature and heat quickly and realize the heating effect quickly. The second type is called "infrared wave oven", which is basically similar to the traditional induction cooker in appearance. The principle of infrared microwave oven: using the far infrared heating principle, after connecting the power supply.

The heating elements in the furnace can generate a high temperature of about 500 ~ 600 degrees in a few seconds, and then all the heat energy is gathered by advanced reflective heat collection materials and reflected to the glass-ceramic panel on the furnace surface, and the glass-ceramic panel conducts the heat energy to the cooker, thus realizing the rapid cooking of food.

The third type is glass wave oven, also called light wave baking tray, which is an upgraded version of electric oven. Its principle: through the combination of thermal cyclone and annular light wave, with the help of far-infrared light wave penetration of light wave tube, food is heated three-dimensionally through heat conduction, heat diversion and heat penetration.