Method for making automobile headlamp aspheric lens
A technology of aspherical lens and automobile headlights, which is applied in glass molding, glass pressing, glass reshaping, etc., can solve the problems of high cost, difficult processing, high cost of foreign exchange, etc., and achieve high precision in size and surface shape , a wide range of applications and high production efficiency
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Embodiment 1
[0014] Example 1, a production method of an aspheric lens for automobile headlights, which is produced through heating, mold heating, molding, cooling, taking out, and annealing processes. The heating process is to put the optical glass at about 400°C-600°C Preheat in the electric furnace. When feeding materials, use reasonable force and gradually advance to avoid bursting of the glass material or adhesion of the glass material to the furnace. Then put the material in an electric furnace at 850°C-1100°C to bake the material, and place the glass in the high-temperature area of the furnace (that is, the deep central area or rear area of the furnace), so that the heat can be fully utilized and heated evenly, making the glass material Heating until fully softened can avoid bursting during pressing; the heating of the pressing mold is to heat the mold processed with special mold steel, and heat the mold to the required temperature in a short time. Even the measured temperature ...
Embodiment 2
[0015] Example 2, a production method of an aspheric lens for an automobile headlight, which is produced through heating, mold heating, molding, cooling, taking out, and annealing processes. The heating process is to put the optical glass into an electric furnace at about 500°C When feeding the material, use reasonable force and gradually push it forward, so as not to cause the glass material to burst or the glass material to stick to the furnace, and then put the material in an electric furnace at 960°C to bake the material, and place the glass in the high temperature zone in the furnace, that is, the center of the depth of the furnace. The area or the rear area can make full use of the heat, heat evenly, and make the glass material heated to above 714°C to fully soften, which can avoid bursting during pressing; the heating of the pressing mold is made of special mold steel. The mold is heated by fire, and the temperature of the mold is raised to the required temperature in a ...
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