This versatile USB Type-C to 1P/2P/4P Magnetic Pogo Pin Charging Cable is engineered for high-reliability power and data transmission in medical, wearable, and industrial electronics. As a certified manufacturer with full in-house R&D capabilities, we provide custom solutions with ISO 13485 and ISO 9001 quality assurance.
This 90-degree USB Type-C to 3-lead 4.0mm ECG Snap Cable is purpose-built for medical monitoring systems, It ensures signal accuracy, safety, and compatibility with a wide range of ECG and wearable medical devices.We are ISO 13485 and ISO 9001 certified and support custom design services.
Our high-precision EEG electrode caps are engineered to meet the rigorous demands of both clinical diagnostics and advanced neuroscience research. Designed with the international 10-20 electrode placement system, these caps ensure consistent and reliable EEG signal acquisition. The sintered Ag/AgCl electrodes provide excellent signal fidelity, while the elastic fabric design ensures comfort for subjects during extended sessions.
This 5P Spring Loaded Pogo Pin to Power Adapter Cable integrates a precision 5-pin pogo pin connector with an EU, UK, or US plug power adapter, designed for reliable and secure charging or data transmission in industrial and medical-grade applications. As a factory-direct manufacturer, we provide OEM/ODM customization for plug types, cable length, and pin configuration to meet diverse customer needs.
As a certified OEM manufacturer of medical electrode cables, we offer the DC 2.35mm Male to Dual 2.0 mm Needle ECG Lead Wire, designed for TENS units, ECG therapy devices, and electrostimulation machines. With full ISO 13485, ISO 9001, and BSCI compliance, we provide premium-quality, customized medical wire harnesses tailored to your application.
Robust and secure USB A Male with Screws to USB-C Male cable, ideal for industrial, medical, and embedded systems. Designed for high-stability connections, customization, and durability. Manufactured under ISO13485, ISO9001, and BSCI standards.
Professional-grade 3.5mm elbow audio to three 2.0mm electrode needle cable, engineered for precision and reliability. Designed and manufactured by an ISO 13485, ISO 9001, and BSCI certified factory with strong R&D capabilities. Customization available.
Designed for professional and home-use muscle stimulation devices, our 1.5mm Round Terminal Female to Female Lead Wire offers superior conductivity, durability, and customization flexibility.
Flexible Printed Circuit (FPC)is a highly dependable, excellent twisting printing circuit made of polymeric film or polyurethane as a base. The circuit design is embedded on the bendable thin plastic sheet, allowing a large number of precision elements to be stacked in a constrained amount of space to form a bendable wrenching circuit. This technology was developed in the United States during the 1970s for the development of space rocket technology.This kind of circuit is flexible, lightweight, compact, has excellent heat dissipation, is simple to install, and breaks through conventional connections technology.Insulated film, conductor, and adhesive are the composite materials used in the construction of flexible circuits.
The FPC cable joins two related components or products together. Due to its inherent curvability, it is employed in a lot of items nowadays, including laptops, printers, and mobile phones.
However, the bulk of the employed sedimentation process is because the antioxidant process cannot endure high temperatures, and its environmental resistance is inferior to that of the sediment.In addition, there are processes such as tin plating and tin spraying, but FPC generally has a temperature resistance below 280 degrees Celsius, while during tin spraying, there will be temperatures above 300 degrees Celsius, and the hardness of the solder paste is relatively small, so it is rarely used.
It is foldable, lightweight, thin in thickness, and resilient to dynamic bending actions. Single-sided, double-sided, and multi-layer FPCs are the different categories of FPC. Using FPC can significantly lower the weight and volume of electronic devices, which is advantageous for the advancement of electronic products toward high reliability, high density, and downsizing. As a result, FPC has found extensive application in a variety of industries and products, including digital cameras, PDAs, computers, mobile phones, aircraft, and computer peripherals. It can also be flexibly moved and expanded in three-dimensional space, allowing it to be arranged in accordance with the requirements of the spatial layout and integrating wire connection and component assembly.
Following is the usage of FPC, we can make it with usb type c connector, make it as usb 3.1 type c male to female extension cable and then install into equipment, feel free to contact us to get more details.