Medical LSR Overmolded Cable Assembly with Dual Connectors

Built for designed for medical electronic equipment, the cable assembly can be used for…, lSR silicone provides a comfortable grip and smooth surface, making the conne…, and connector shape, metal terminal structure, PCB contact design, cable length,…, Medical LSR Overmolded Cable Assembly with Dual Connectors is a medical and healthcare silicone component centered on structure: Cable + Dual Connectors + LSR Overmolding; material: LSR Silicone, Medical-grade Cable, Metal Terminal, PCB Contact, Custom Materials; process: Cable Assembly + Connector Overmolding. This configuration is intended for buyers who need a production-ready part rather than a generic off-the-shelf silicone item.

For OEM and custom programs, the practical questions are how the part fits, what it must resist, and which dimensions or interfaces are critical. The following sections separate performance requirements, material/process information and application details so the product can be assessed more efficiently.

Functional Design Priorities

• Both connector ends can be overmolded with liquid silicone rubber to form a soft, protective, and integrated outer structure. This helps reduce stress at the cable-to-connector transition area.
• The overmolded silicone structure helps protect internal solder joints, terminals, and wire connections from bending, pulling, dust, moisture, and daily handling damage.
• Developed for medical electronic equipment, the cable assembly can be used for power connection, signal transmission, sensor connection, control module connection, or device-to-accessory connection.
• LSR silicone provides a comfortable grip and smooth surface, making the connector easier to plug, unplug, and handle during use.
• Connector shape, metal terminal structure, PCB contact design, cable length, overmolded housing shape, logo area, color, and hardness can be customized according to project requirements.

Technical Configuration

Where the Part Is Used

• Developed for medical electronic equipment, the cable assembly can be used for power connection, signal transmission, sensor connection, control module connection, or device-to-accessory connection.
• LSR silicone provides a comfortable grip and smooth surface, making the connector easier to plug, unplug, and handle during use.
• Connector shape, metal terminal structure, PCB contact design, cable length, overmolded housing shape, logo area, color, and hardness can be customized according to project requirements.
• This LSR overmolded cable assembly can be used in:

Configurable Product Details

• We support custom development based on drawings, samples, 3D files, or device interface requirements.
• Customization options include:
• For accurate development, customers can provide the device interface, electrical requirements, cable specification, operating environment, assembly method, and expected service life.

Design Notes for Production

• The product is manufactured through a customized cable assembly and overmolding process.
• For medical cable connector assemblies, stable connection and consistent overmolding quality are important.
• Typical inspection items include:
• Testing standards can be customized according to customer project requirements.

FAQ for Engineering Buyers

Can both ends of the cable be overmolded with LSR?

Yes. We can produce single-end or dual-end LSR overmolded cable assemblies according to your product design and application requirements.

Can this connector design be customized?

Yes. Connector shape, terminal structure, PCB contact, cable length, overmolding shape, silicone hardness, and color can all be customized based on drawings, samples, or 3D files.

Is this product suitable for medical devices?

Yes. This type of LSR overmolded cable assembly is suitable for medical equipment and healthcare electronic devices. The final material grade, testing requirements, and compliance standards should be confirmed according to the specific end-use application.

RFQ and Drawing Review

Production release should be based on the actual drawing and application requirements rather than the catalogue wording alone. The specifications above can be used as a reference when confirming dimensions, interfaces and performance expectations for the custom part.