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Optical Mold Machining Case Study

Optical molds are used to manufacture components that control, reflect, or transmit light.

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Optical Mold Machining Case Study

Project Overview

Standard case data fields.

Industry Optical / Precision Mold & Die
Product Optical Injection Mold
Material S136 / NAK80 / 1.2343 / Optical Steel
Process Ultra-Precision CNC + EDM + Mirror Polishing + Laser Measurement
Machine Model HYR VMC850 (Ultra-Precision Config)
Tolerance +/-0.001-0.003 mm
Surface Finish Ra0.05-0.2 (Optical Grade)
Application Lens / Light Guide Plate / Display Components / Automotive Lighting

Requirements

What the customer needed

The customer is a global optical product manufacturer producing: LED light guide plates Smartphone camera components Automotive headlamp lenses Display diffusion panels Annual production:

Challenges

Machining difficulty

Optical molds combine: Nano-Level Surface Finish+Ultra-Precision Geometry+Light Behavior Engineering+Zero Defect Requirement Because it requires nano-level surface quality and zero defects.

Hub

Mold manufacturing authority path

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Mold Die Manufacturing

Case Article

Machining background and solution logic.

Quick Facts

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Details

Introduction

Optical molds are used to manufacture components that control, reflect, or transmit light.

What Is An Optical Mold?

An optical mold is a high-precision injection mold used to produce optical-grade plastic components with controlled light behavior.

Optical Mold BaseUltra-Precision CoreOptical Cavity SurfaceMicro Texture SurfaceMirror Polished Interface

Light Transmitting Material InjectionControlled CoolingSurface Optical ReplicationFinal Light Behavior Output

Customer Background

Why Optical Mold Machining Is Extremely Difficult

Nano-Level Surface Finish+Ultra-Precision Geometry+Light Behavior Engineering+Zero Defect Requirement

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