Custom-made lenses with special shapes

High-precision machining technology: The manufacture of profiling lenses usually requires the use of high-precision processing equipment, such as computer numerical control (CNC) lathes, milling machines, grinding machines, etc., to ensure the shape accuracy and surface quality of the lens. For some complex profiling lenses, special processing technologies such as EDM and laser processing may also be required.

Fields of application
Astronomical observation: Used in astronomical telescopes and other equipment, it can accurately reflect and concentrate the light of distant stars, helping astronomers to observe celestial bodies more clearly and study the mysteries of the universe.
Machine vision: In industrial inspection, robot vision, security monitoring, and other fields, profiling lenses can provide clear and accurate images that help identify objects, detect defects, locate and measure, and more.
Medical equipment: such as microscopes, endoscopes, laser treatment equipment, etc., profiling lenses can improve the quality of imaging, help doctors more accurately observe the internal structure of the human body, and carry out disease diagnosis and treatment.
Photography and videography: used for camera lenses, camera lenses, etc., can correct aberration and chromatic aberration, so that the photos and videos taken are clearer, more delicate, and have higher color reproduction.
Laser technology: In laser processing, laser communication, laser ranging, etc., the profiling lens can shape and focus the laser beam to improve the transmission and application efficiency of the laser.