Requirements
What the customer needed
The customer is a global electronics supplier producing:Automotive wiring harness connectorsEV battery connectors5G communication modulesIndustrial control connectorsAnnual production:
Case Study
Mold & Die Case Study 13 / 15Connector Mold Machining Case Study
Automotive ECU / EV Battery Connectors / 5G Devices / Industrial Electronics
connector mold machining case studymold die cnc machiningcnc machine for mold manufacturing
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Project Overview
Standard case data fields.
Industry Electronics / Precision Mold & Die
Product Connector Mold
Material S136 / SKD61 / H13 / Beryllium Copper / Tungsten Steel
Process Micro CNC + EDM + Wire Cut + Precision Grinding
Machine Model HYR VMC850 Ultra-Precision
Tolerance +/-0.001-0.003 mm
Surface Finish Project based
Application Automotive ECU / EV Battery Connectors / 5G Devices / Industrial Electronics
Challenges
Machining difficulty
Connector molds combine:Micro Geometry+High-Speed Mass Production+Electrical Performance Sensitivity+Ultra-High Consistency RequirementsBecause it directly affects electrical signal reliability.
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Mold Die ManufacturingCase Article
Machining background and solution logic.
Quick Facts
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Details
Introduction
Connector molds are used to produce precision electrical connectors that ensure signal transmission, power delivery, and data communication in modern electronic systems.
They are the invisible backbone of all electronic products.
What Is A Connector Mold?
A connector mold is a high-precision injection or stamping mold used to manufacture electrical connector components such as:
Plastic or Metal Material Injection/StampingMicro Feature FormingHigh-Speed ProductionStable Electrical Performance Output
Customer Background
Why Connector Mold Machining Is Extremely Difficult
Micro Geometry+High-Speed Mass Production+Electrical Performance Sensitivity+Ultra-High Consistency Requirements
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