This custom 3.5mm Audio Jack to Blood Oxygen Sensor Clip Cable is specially designed for SpO2 monitoring applications. It offers accurate signal transmission for patient monitoring systems and can be tailored to fit various oximeters and devices.

This customized 4.0mm snap to ear electrode cable is designed for accurate electrical stimulation in therapeutic and biofeedback applications. The soft silicone ear clips provide comfortable contact for microcurrent or nerve stimulation therapy. Built with medical-grade materials and strict quality standards, the cable ensures stable signal delivery and long-term durability.

Manufactured by an ISO13485 certified medical cable factory in Dongguan,China this electrode lead wire is ideal for TENS and EMS device manufacturers, therapy clinics, and medical equipment vendors seeking high-performance custom cable solutions.

This customized USB Type-C to 4-lead crocodile clip cable is engineered for versatile power testing, sensor connection, and electrical monitoring applications. Manufactured by a professional cable factory in Dongguan , China, it supports OEM/ODM services for global clients seeking stable and flexible wiring solutions.

This medical grade therapy cable features a durable 4 pin L shaped metal LEMO compatible plug on one end and a high purity 316 stainless steel connector on the other, ideal for pain management, physiotherapy, and electrotherapy equipment.

This 1.0mm Dual 6P Male Plug Medical Therapy Cable is designed for professional-grade connectivity in electrotherapy systems such as TENS, EMS, or IFC. With its dual 6-pin male plug configuration, it ensures a stable and secure signal connection to therapeutic equipment used in clinical or home-care environments.

This 2 pin connector to dual 2.0mm gold plated banana plug cable is engineered for use in medical and physiotherapy systems such as TENS,EMS and EMG units, Its gold plated banana plugs ensure low resistance and stable signal transmission to electrode pads or probes.

Ideal for professional and clinical use, this cable features medical grade wire jackets  and precise connectors that offer durability and compatibility with a wide range of electrotherapy equipment.

This 2 Pin Lemo style plastic plug to dual 2.0mm electrode pin cable is professionally engineered for use in medical electrical stimulation systems, ensuring reliable signal transfer with durable, patient-safe materials.

This lead wire features a 2.0mm female pin to 4.0mm female snap connector, offering universal compatibility with most electrode pads and electrotherapy devices. Ideal for TENS and EMS systems used in physiotherapy, rehabilitation, and muscle stimulation.

This DC 2.35mm Safety Standard Male Plug to Dual 2.0mm Electrode Pin Braided Cable is designed for precise, reliable connection in TENS and EMS systems. Its high-quality braided outer layer offers increased strength, tangle resistance, and a premium feel. The dual 2.0mm pin connectors are compatible with standard electrode pads for electrotherapy applications such as muscle stimulation, pain relief, or nerve monitoring.

This M12/M16 4-Pin Male Plug to Dual 4.0mm Magnetic Female Snap Cable is designed for medical and therapy device connectivity. It ensures stable signal transmission for electrical stimulation treatments like TENS, EMS, or ECG monitoring. The magnetic snap connectors provide secure, user-friendly attachment to standard electrode pads, minimizing disconnection during movement. Compatible with various diagnostic and therapeutic equipment, this cable is built to meet clinical durability and safety standards.

This customized 2.54mm 2-pin to 2.0mm electrode needle cable is designed for medical monitoring and therapeutic devices. It provides a stable and secure connection for ECG, EMS, and TENS applications, ensuring reliable signal transmission and patient safety.

A high-quality DC extension cable with 2.35mm male to female connectors, designed for use in portable electronics, medical devices, and power systems requiring a secure, low-voltage connection. Built with durable materials and customizable to meet your device compatibility and project requirements.