We present a machining example of a non-spherical mirror mold for HUD with electroless Ni-P plating and a surface roughness of Ra 0.003μm.
We would like to introduce a case study of precision machining technology for aspherical mirror molds used in HUDs that our company has conducted. The workpiece is electroless Ni-P plating, the tool is an r5 SCD insert, the surface roughness is Ra 0.003μm, and the shape accuracy is Pv 5.762μm. You can check the details in the PDF download below. 【Overview】 ■ Workpiece: Electroless Ni-P plating ■ Tool: r5 SCD insert ■ Surface roughness: Ra 0.003μm ■ Shape accuracy: Pv 5.762μm *For more details, please refer to the PDF document or feel free to contact us.
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We also accept trial production of development molds. We are confident in our technical capabilities, short delivery times, and low costs, and we will provide products that will satisfy you. - Ultra-precision machining technology Aspherical machining for automotive head-up display lenses, mirrors, etc. Freeform surface machining (performance values: 170×65 Pv8μm, Ra0.003 μm) Light guides, reflectors, and precision hand wraps for automotive headlights - Micro-machining technology Fine groove machining for light guide plate molds, micro-dot processing, and micro-lens processing - Mold design and molding technology Design and manufacturing of conformal cooling molds, conformal cooling analysis, and molding of thick optical lenses.