Car headlight reflector – cnc machining service

Product name:
Car headlight reflector
Material:
Aluminum 7075-T6
Size:
145*120*38 (MM)
Processing:
five-axis CNC machining
Surface treat:
Optical mirror polish
Overall accuracy:
+-0.05MM
Optical surface:
+-0.02MM
Roughness:
Ra0.02μm
Lead Time:
3-7 days
MOQ:
1 piece
Application:
automobile

Description

Car headlight reflector

CNC machining service for the complex surface features, diamond-cutting tools can achieve top surface area quality, the minimum tool can machine to R0. 1mm to perfectly present the designer’s optical details. So it’s not only the appearance of perfect but also helps the optical designer to validate the luminosity.

Possesses 3-axis, 4-axis and 5-axis engineering centers, we have the knowledge to machine clear plastic-type parts without scars.

Split and bond solutions could respond to machining costs saving and machining limitations. The visible bonding range on the acrylic surface can be wisely cannot be seen by a suitable splitting method and fine finish. cnc machining china for Car headlight reflector.

To ensure the delicate transparency for auto lenses, we strictly process surface with good sand-polish, from shine paste to polish liquefied, to achieve the finest transparency on the Lens.

Improved reflectivity, enhanced brightness intensity and light range are critical for vehicle light reflectors (reflector cups). Utilizing accurate 5-axis CNC machining equipment and increased speed cutting techniques for machining car aluminum reflectors. Our engineers’ team focus on every engineering detail and design specification to help designers with every challenging project Car headlight reflector.

Lamp Bezel ,The diffuse light emitter as a universal optical style feature creates a three-dimensional impression of the radiation and ensures a high degree of uniformity of the illuminated surface area. The 5-axis COMPUTER NUMERICAL CONTROL continuous milling and mirror polishing technology provide terrific surface quality for the production of transparent polymer (PMMA) prototypes.