Magnetic self-alignment

Built-in magnets enable automatic alignment, simplifying the connection process. Improving user experience and ease of operation.

Pogo pin technology

Ensures a long-lasting and stable electrical connection, even when the device vibrates or moves.

Highly durable materials

The use of wear and corrosion-resistant materials, such as gold-plated pogo pins, extends the service life of the magnetic charger or magnetic charging cable.

Precision Manufacturing

High-precision machining ensures precise mating of components and improves the stability and reliability of the overall structure.

Compact design

The small size optimizes space usage of the magnetic connector, suitable for the design needs of compact electronic devices.

The optimized spring force of the magnetic connector

The spring force is carefully designed to ensure sufficient contact pressure while avoiding excessive wear.

Dust and Water Resistance

Designed with dust and water resistance needs in mind to protect electrical connections from environmental factors.

Temperature adaptability

Capable of stable operation over the temperatures for various conditions.

Easy Maintenance and Replacement

The design of the magnetic connector or magnetic charger allows for quick maintenance and replacement. This reduces maintenance costs and increases the maintainability of customer’s equipment.

Versatile Magnetic Options for magnetic charger, etc

Different magnetic options are available to meet specific needs for connection strength in different applications. Such as magnetic charger, magnetic USB charger, as well as magnetic charging cable, etc.

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Compact Size

The miniaturized design allows for a high-density layout in limited space for compact devices.

Customized Length

We can customize the length of the Pogo Pins and various housings. This can fit different device thicknesses and applications based on specific customer needs.

Uniform diameter of Pogo Pins

Uniform pin diameter ensures consistent performance and reliability while simplifying the manufacturing process.

Versatile shapes of pogo pin plunger

We can customize the plunger shapes, including round, crown, square, etc. This is to improve contact efficiency and adaptability.

Optimized Magnet Layout

The magnet layout is optimally designed for the best adsorption force and alignment accuracy.

Modular design

Modular design makes it a breeze to match with various electronic parts and interfaces.

Lightweight construction

Materials and design choices are aimed at reducing overall weight. Which is especially helpful for the magnetic portable charger, magnetic USB charger, or magnetic charging cable.

Anti-misplaced Design

Shape and magnetic fit design can effectively prevent misplaced and improve the safety of use. Most customers love our designs on error-proofing.

Highly resilient pogo pin design

The contact point design takes into account the necessary resilience. This keeps the electrical connection strong, despite numerous rounds of plugging and unplugging.

Easy-to-integrate housing

The housing design takes into account the ease of integration into the device. This supports a variety of mounting methods, such as SMT pogo pins or through-hole pogo pins.

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High current carrying

We design the magnetic connector to support higher currents where it requires fast charging or high-power transmission.

Wide voltage range

Capable of operating at a wide range of voltage levels, providing good adaptability and flexibility.

Stable electrical connection

The combination of the magnetic mechanism and Pogo Pins technology can ensure a stable electrical connection even under vibration or moving conditions.

Fast signal response

Design optimized for fast signal response, suitable for high-speed data transmission and precision electronics.

EMI/RFI Shielding

Accounting for the interference caused by electromagnetic and radio frequencies. We adopt appropriate designs and materials to minimize interference and ensure clear and stable signals.

High-reliability connection

Well-designed pogo pins and spring mechanisms can ensure long-term stable connection and high reliability.

Anti-static design

With good anti-static performance, it minimizes the damage that may be caused by static electricity accumulation and discharge.

Overload protection

Built-in overload protection mechanism prevents equipment damage caused by excessive current. Compatible with multiple signal types Capable of transmitting power as well as analog and digital signals, adapting to the needs of multifunctional devices.

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Highly reliable connections

Spring-loaded pin ensures long-lasting, stable electrical contact, even in various vibrating or dynamic applications.

Low contact resistance

Precision-manufactured pogo pins can optimize power, reduce contact resistance, and enhance signal transmission efficiency.

High current carrying capacity

Supports high current transfer for charging and high-power applications, improving charging efficiency and speed.

Corrosion-resistant materials

Opting for materials that fight off corrosion and conduct well, like gold-plated pogo pins. This extends service life and maintains good electrical performance.

Compact size design

Compact dimensions can save space and adapt to the needs of compact electronic device layouts.

Dust and water-resistant

Designed with good dust and water resistance, suitable for outdoor or harsh environments.

Wide Temperature Range

We can design to operate reliably across a diverse range of temperatures. This guarantees consistent effectiveness even in harsh environments.

Easy Integration and Installation

Designed with easy integration into various devices in mind, supporting simple installation and maintenance.

Versatility

Can handle sending power and data at the same time. It’s compatible with a broad array of communication standards and signal varieties. This adapts to the needs of complex applications.

Customization Options

We provide customization services including pogo pin count, arrangement, stroke, shape, current ratings, and magnetic strength. This can meet specific requirements.

Quick Plug and Play Capability

Magnetic adsorption can support quick plug-and-play, facilitating user operation and reducing device wear and tear.

EMI/RFI Shielding Capability

Excellent EMI/RFI shielding can reduce electromagnetic interference and protect data transmission from interference.

Overload Protection

Built-in protection mechanism prevents current overload and enhances device safety.

Eco-friendly materials

Comply with environmental standards including RoHS and REACH. This can minimize environmental impact and meet the environmental requirements of the global market.

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Precision manufacturing process control

High-precision manufacturing techniques and equipment can ensure that the size and shape are accurate and meet design specifications.

Automated assembly and inspection

Utilizing automated assembly lines and inspection systems can improve production efficiency and consistency and reduce human error.

Electrical performance testing

Conduct comprehensive electrical performance tests on each magnetic connector.  Including contact resistance, insulation resistance, current rating, etc. This can ensure that the magnetic connector meets technical specifications.

Mechanical stability test

Conduct a plug life test, elasticity test, and vibration test. This can verify the mechanical stability and durability of the magnetic connector, magnetic charger, magnetic charging cable, etc.

Environmental adaptability test

Conduct high and low-temperature tests, humidity and heat tests, and salt spray corrosion tests on the magnetic connector. This can ensure that they can work reliably in various environments.

Magnetic consistency test

Verify that the magnet maintains a steady magnetic pull within the prescribed range. This ensures the connector’s self-alignment and adsorption ability.

End-user use simulation

Simulate end-user use scenarios and conduct practical application tests. This ensures product performance and reliability under real conditions.

Quality Management System Certification

Establish and maintain ISO 9001 to ensure standardization and high efficiency in the production and management process.

Continuous Improvement and Feedback

Establish customer feedback and market monitoring. This continuously improves magnetic connectors and production processes. Be quick to meet customer needs and adjust to market dynamics.

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This fits the space requirements of increasingly compact electronic devices while maintaining high performance.

High-performance materials

Adoption of new alloys and highly conductive materials, such as gold-plated or silver-treated copper alloys. This can improve corrosion resistance and enhance electrical performance.

Intelligent magnetic control

Magnetic field simulation software optimizes the size, shape, and layout of the magnets for precise magnetic control. This ensures reliable and easy-to-use connections.

Advanced spring technology

New springs are developed to provide more stable contact pressure and longer durability. This ensures the reliability of the electrical connection.

Precision Manufacturing Process

Adoption of micro-machining technology and precision injection molding technology. This can achieve high-precision component manufacturing and ensure accurate mating of the magnetic connector.

Self-cleaning design

Developing self-cleaning pogo pins, automatically removing oxidized layers or contaminants during moving. This is to maintain the stability of the electrical connection.

Multi-functional integration

The development of multi-functional magnetic connectors can transmit power and data simultaneously. It’s also compatible with rapid charging and high-speed data transfer.

Reliability and durability testing

Advanced testing methods, such as thermal cycling tests, salt spray tests, and mechanical life tests. They can ensure the performance and reliability of the magnetic connector under various conditions.

Environmental adaptability research

Environmental adaptability research is conducted on the magnetic connector designs. This is to ensure stable operation under pressure conditions, extreme temperature, and humidity.

User experience optimization

Drawing from user input and market analysis, we consistently refine our designs. This can improve insertion and extraction force, alignment accuracy, and tactile sensation to enhance user experience.

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It’s capable of tracking vital stats like heart rate, blood pressure, and blood glucose around the clock. The device needed to be able to be used at all times in a patient’s daily life while ensuring data accuracy and real-time transmission.

Challenges

The device has to be small enough to be worn comfortably and have sufficient battery life. Must provide a fast, reliable method of charging and data synchronization. The device can operate stably in many conditions, including underwater or high-humidity environments.

Solutions

The magnetic connector is adopted as the charging and data interface for the device based on the following considerations:

• Fast docking: Quickly and accurately dock the magnetic attachment for the charging and data transfer interfaces. This greatly simplifies the operation process.
• Compact design: The magnetic connector’s compact design perfectly fits the size limitations of wearable devices.
• Waterproof and dustproof: The connector is waterproof and dustproof in all environments, meeting the stringent requirements of medical monitoring devices.
• Highly reliable connection: Even under continuous motion or vibration, the electrical connection remains stable. This can ensure accurate data transmission.
• User-friendly: The magnetic connection provides a plug-and-play method that does not require precise alignment. This allows users to easily charge and synchronize data even in situations with a limited line of sight or tight operating space.

Results

• The device has been a huge success in the market, receiving high praise from healthcare professionals and patients alike. Especially in terms of user experience and portability.
• Fast charging and efficient data synchronization significantly increased the device’s usefulness and dependability.
• The reliability and durability of the devices have been improved, reducing maintenance costs and the frequency of device replacement.

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Medical monitoring devices

Used in continuous health monitoring systems, such as heart rate monitors and blood glucose testers. This is to provide stable power and data transfer.

Portable consumer electronics

Headphones and Bluetooth speakers, the magnetic connector provides a simple and fast charging method.

Electric vehicle charging interface

As an innovative solution for a miniaturized charging interface for electric vehicles, it improves charging convenience and efficiency.

Military and aerospace equipment

Providing reliable connections in extreme environments for communication equipment, navigation systems, and more.

Underwater equipment

For submersibles and underwater cameras. The magnetic connector or magnetic charger can ensure waterproof performance while providing stable power and data connections.

Robotics

Fast connections and disconnections in the modular components of robots can support efficient energy and data exchange.

Removable storage devices

For external hard drives and portable SSDs, the magnetic connector provides a fast and reliable data interface.

Gaming devices

For charging and data transfer of gamepads and portable consoles. It can greatly enhance the user experience.

Industrial Automation

In automated production lines, the magnetic connector and magnetic charger are used for quick replacement or maintenance of sensors, actuators, and other components. This can improve productivity and reliability.

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