TYPE C Connector Mold

TYPE C Connector Mold
Details:
The Ultra-Precision Type-C Connector Mold is a high-performance injection tooling solution purpose-built for the automated, high-speed production of USB Type-C components. As consumer electronics continue to demand thinner profiles, higher pin densities, and faster data transfer capabilities, the precision of the mold directly determines connector performance, signal integrity, and production yield.
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Description
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Product Overview

 

 

The Ultra-Precision Type-C Connector Mold is a high-performance injection tooling solution purpose-built for the automated, high-speed production of USB Type-C components. As consumer electronics continue to demand thinner profiles, higher pin densities, and faster data transfer capabilities, the precision of the mold directly determines connector performance, signal integrity, and production yield. This tooling system is engineered to meet the micro-level tolerances required for ultra-thin terminal housings, insulator bodies, and multi-pin structural parts-delivering consistent dimensional control across millions of production cycles.

 

Core Engineering Advantages

 

 

Micro-Precision Tolerances – With alignment control within ±0.005 mm, this mold ensures flawless pin registration and zero-clearance fitting for critical interface dimensions. Given that Type-C connectors feature 24 pins on a 0.5 mm pitch, even micron-level deviation can compromise electrical continuity. Our precision machining capabilities-including 5-axis CNC, high-end EDM, and sub-micron wire cutting-guarantee absolute repeatability across every cavity.

High-Cavity Production Efficiency – Available in multi-cavity configurations (8, 16, 32, or 64 cavities), the mold maximizes throughput while reducing per-part costs. The precision-balanced hot runner system and conformal cooling channels minimize cycle times and eliminate warpage, ensuring dimensional stability even with demanding high-temperature engineering plastics such as LCP, PA9T, and PPA.

Extended Tool Life & Low TCO – Constructed from premium high-hardness, corrosion-resistant tool steel with advanced wear-resistant coatings, the mold is engineered for over 1,000,000 shots. This durability is particularly critical when processing glass-filled resins that accelerate wear on standard tooling.

Flash-Free Performance – Ultra-precision multi-stage guiding components maintain parting line consistency throughout the mold life, eliminating the need for manual deflashing and reducing post-molding labor costs.

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Technical Specifications

 

 

Specification

Detail

Mold Type

Precision Electronic Connector Injection Mold

Materials Processed

LCP, PA9T, PPA, high-temperature engineering plastics

Cavity Options

8, 16, 32, 64 cavities

Tolerance Control

±0.005 mm alignment precision

Tool Steel

Premium corrosion-resistant, high-hardness grades

Runner System

Precision hot runner or optimized cold runner

Cooling

Conformal / localized high-efficiency channels

Mold Life

1,000,000+ shots

Surface Treatment

Mirror-finish polishing / DLC wear-resistant coatings

Certifications

ISO 9001, ISO 14001, IATF 16949

 

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Applications

 

Standard and ultra-slim USB Type-C receptacle and plug housings

Smart device charging interface modules

High-speed data transmission connector bodies

Board-to-board and wire-to-board connector systems

one-stop solution

professional team

high quality

 

FAQ

 

 

Q: What is the typical lead time for a custom Type-C connector mold?

Lead times vary based on cavity count and complexity, typically ranging from 4 to 8 weeks. Our in-house micro-EDM and CNC capabilities enable full schedule control and faster turnaround.

Q: How do you ensure dimensional consistency across multiple cavities?

Every mold undergoes rigorous CMM (Coordinate Measuring Machine) inspection prior to shipment, with comprehensive dimensional reports and digital assembly simulation provided for each tool.

Q: Can the mold be adapted for different Type-C specifications or insert molding requirements?

Yes. The modular architecture features independent cavity and core inserts, allowing swift configuration changes for different interface profiles, pin variations, or metal-to-plastic overmolding applications.

Q: What quality standards do you comply with?

Our manufacturing processes adhere to ISO 9001, ISO 14001, and IATF 16949 automotive-grade process control protocols.

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