What are the types of lens surfaces of optical lenses and matters needing attention

Different angles of the lens have different illumination heights. The smaller the angle, the greater the height. If the angle is too small, there will be a dark area between the beams of light. Conversely, the larger the angle, the more evenly the light is mixed, but the illumination height is not high. Therefore, supporting roles should be matched according to the requirements of lighting height. The following editor shares the content of the head lens types of the optical lens and the matters needing attention, welcome to read!

Types of lens surfaces of optical lenses:

• Glossy surface: high light transmittance, the disadvantage is that the light mixing is not ideal, and light spots are prone to occur, especially for lenses with poor material. Generally used for high-power lenses (above 30 degrees) or lamps that require high light.
• Bead surface: It has a refraction effect, so the mixed light is relatively good, but part of the light is refracted back, resulting in a decrease in light transmittance, and the illumination height will also be affected to a certain extent. Generally used for lamps with high light uniformity. It is recommended to use lamps above 24w/m.
• Frosted surface: Frosted has emulsification effect, better light mixing effect, low single light transmittance, and frosted lens is not commonly used.
• Flat stripes: shaped like waves, i.e. striped bicornuate lenses.
• Trapezoidal stripes: polarized lenses, similar to a ladder layer higher than one layer, with different directions.

Matters needing attention when optical lenses:

1. Avoid all behaviors that damage the lens.

The reason why the precision optical lens can present the target object finely to the user has a lot to do with its internal composition. A large part of the main components of the precision optical lens include the lens and the lens. Once these two components are damaged, they will be damaged. It will affect the overall imaging effect of the lens. Therefore, when using precision optical lenses, it is necessary to strictly prevent the occurrence of damage to the main components of the lens. Not only that, the relevant operators must wear rubber gloves when taking the core components of the lens.

2. Ensure that the lens is always in a clean and transparent state

As a precision component, a precision optical lens is actually very different from other ordinary optical components, and it is very easy for stains to adhere to the lens or lens when such precision components are used daily. As a user, if you find that the core components of the precision optical lens are adhered or have certain stains, then you should use a special solvent to effectively remove the stains at the first time to ensure that the precision optical lens is in a clean and transparent state. Provide excellent imaging results.