Case Study
Mold & Die Case Study 13 / 15Automotive ECU / EV Battery Connectors / 5G Devices / Industrial Electronics
Case Overview
Customer Background
This project comes from a Electronics / Precision Mold & Die manufacturing requirement for Automotive ECU / EV Battery Connectors / 5G Devices / Industrial Electronics. The buyer needed stable machining quality, repeatable inspection results and a machine configuration suitable for real production rather than a one-time sample.
Machine Selection
HYR-CNC selected the machine plan around part size, material, tolerance, surface finish, tool capacity and expected production volume. The recommended setup focuses on rigidity, spindle stability, fixture access, tool change efficiency and inspection control.
Problem
Solution
Machine Used
Process
Full Case Article
Item
Details
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.
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
Micro Geometry+High-Speed Mass Production+Electrical Performance Sensitivity+Ultra-High Consistency Requirements
Item
They are the nervous system of modern industry.
A high-precision mold used to manufacture electrical connectors for electronic systems.
Because it directly affects electrical signal reliability.
S136, SKD61, H13, beryllium copper.
Achieving micro-level precision and batch consistency.
Connector molds are the foundation of modern electronic systems.
They require ultra-high precision, micro-scale machining capability, and absolute consistency.
With advanced CNC machining technology, HYR CNC delivers reliable connector mold solutions for global electronics and automotive industries.
Result
| Item | Before | After |
|---|---|---|
| Result 1 | Before optimization | After HYR CNC optimization: |
| Result 2 | Before optimization | Accuracy |
| Result 3 | Before optimization | +/-0.01 mm |
FAQ
This page covers connector mold requirements, machining difficulty, process planning and machine selection.
HYR VMC850, VMC1060, VMC1165 and gantry CNC systems are selected according to mold size and machining difficulty.
Yes. Send drawings, mold steel, tolerance, surface finish and mold size for a suitable machining proposal.
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Send your drawing, material, tolerance, surface finish and production volume. HYR-CNC will recommend the right machine configuration and machining proposal.
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