USB Type-C Cable Assemblies (Straight & Right-Angle Overmolding)
USB Type-C Cable Assemblies (Straight & Right-Angle Overmolding) - Image 2
USB Type-C Cable Assemblies (Straight & Right-Angle Overmolding) - Image 3

USB Type-C Cable Assemblies (Straight & Right-Angle Overmolding)

  • Available Tooling: Type-C Male Straight, Type-C Female Straight, and Type-C Male Right-Angle (90°)

  • Tooling Advantage: Existing in-house injection molds for zero setup fees and rapid prototyping

  • Wire Configurations: 2-Core (Power Only) or 4-Core (USB 2.0 Data + Power) / Custom multi-core

  • Jacket Materials: Heavy-duty PVC, high-flexibility TPE, or customized braided nylon

  • Applications: Industrial automation, consumer electronics, vehicle charging docks, device internal routing

  • MOQ / Lead Time: Low MOQ, 7–15 days (project-based)

Request Custom Quote

  • Ready-to-Use Tooling Library (Zero Tooling Costs): We maintain a comprehensive selection of high-quality, pre-engineered injection molds for the most requested Type-C orientations: Type-C Male Straight, Type-C Female Straight, and Type-C Male Right-Angle (90°). By choosing these standardized overmolds, your project bypasses expensive tooling development fees and enjoys significantly compressed manufacturing lead times.

  • Flexible Core & Power Specs: Fully optimized to match your technical requirements and budget. We provide cost-effective 2-Core structures dedicated to pure power delivery and charging panels, as well as standard 4-Core architectures for full USB 2.0 high-speed data synchronization.

  • End-to-End Secondary Customization: While the Type-C side leverages our premium in-house molds, the opposite end of the assembly can be customized to any configuration. Options include dual Type-C setups, USB Type-A integration, internal board-to-board PCB connectors (such as JST or Molex equivalents), or clean stripped and tinned ends for direct soldering.

  • Industrial-Grade Overmolding: Our molded Type-C connectors feature ruggedized, integrated Strain Relief (SR) boots designed to withstand continuous plugging cycles and severe bending stresses without signal or power interruption. Special oil-resistant or flame-retardant jacket materials can be deployed upon request.

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