This is a high-quality RJ45 female-to-right-angle RJ45 male extension cable (also called crystal head adapter pigtail), designed by a Shenzhen/Dongguan-based manufacturer for efficient space-saving applications. Ideal for OEM/ODM production, factories, vendors, suppliers, and network installers.
This high-quality EEG lead wire set features a USB Type-C male connector with strain relief, connected to 6 silver/silver chloride suction electrodes and 2 stainless steel ear clip electrodes. Designed for use in neurofeedback, EEG monitoring, and brain stimulation therapy, this cable set provides reliable signal performance and patient comfort.
This USB-A Male to Dual USB Type-C Male Cable with Smart Recognition Chip is designed for intelligent power distribution and efficient data transmission. Equipped with an integrated chipset, the cable can automatically detect connected USB-C devices and adjust power output accordingly, ensuring safe and reliable performance.
Our factory-manufactured USB-C to dual magnetic snap electrode cable is engineered for use in medical therapy devices, EMS, TENS systems, and health monitoring wearables. The 90-degree angled USB-C connector offers better durability and space-saving design, while the dual magnetic female snaps allow easy connection to electrode pads or smart patches. This electrode cable is produced in our ISO-certified plant in Dongguan, China, and is trusted by health tech companies, rehab device brands, and global B2B suppliers.
This USB Type-C Male to Male Flat Cable supports 240W PD 3.1 fast charging, 40Gbps ultra-high data transfer, and 8K video transmission. Featuring a right-angle and straight connector combo with a durable flat cable design, it's ideal for space-constrained environments and high-performance applications. Perfect for laptops, monitors, docking stations, VR/AR headsets, and other USB4/Thunderbolt 4-compatible devices.
This USB 2.0 Right Angle Male to Panel Mount Female Extension Cable is ideal for industrial and embedded applications requiring a rugged and reliable USB extension. The right-angled male connector saves space, while the panel-mount female port ensures secure connectivity with screw-locking design. We offer full customization and OEM/ODM design services.
Our Custom USB-A & USB-C to GX Aviation Connector Cable features a coiled (slingshot) wire design that expands and contracts, offering a space-saving and tangle-free user experience. Designed for durability and flexibility in industrial, aviation, and medical environments, this cable is customizable for both USB-A and USB-C input types to a variety of GX aviation connectors (e.g., GX12, GX16, GX20).
This high-performance USB 3.0 panel mount cable features a USB Type-A female with dual screw locks and a Micro USB 3.0 B male connector with dual screws for secure and stable connection.
ECG electrode lead wires consist of a plug that connects to the instrument, a main cable, a connector, lead wires, and lead wire buttons. The contact DC resistance of the plug, instrument socket, Medical electrode connectors, and ECG electrode connection should not exceed 1.0 ohm. These lead wires are used in conjunction with monitoring devices, ECG machines, and physiotherapy equipment, and are used to transmit electrophysiological signals collected from the surface of the human body.
As a custom-made medical cables manufacturer , we have decades of experience in various cable fields, especially in medical cables, Such as ECG Snap cables, EKG Cable, EMG Cable, EEG Cables and TENS Electrode cables. We not only have relevant medical device management system certification ISO 13485, but also have a professional electrode cables R&D team to continuously develop medical device cables.
Electrode lead wires can be used with various plugs Such as 2.5mm ecg snap button, 3.5mm ecg snap button, 4.0mm ecg snap button, 5.0mm ecg snaps also safety plug female dc 2.35mm socket, and can be customized in terms of size, color, and number of lead wires based on the equipment used. The ECG electrode lead wires and corresponding products are as follows: