Ten Magnetic Connector Manufacturers: A Procurement Comparison
Published on May 8, 2026
Manufacturer Comparison · Criteria for Choosing a Supplier · Ten Manufacturer Profiles · Pogo-pin and Magnetic Connector Questions
Manufacturer ComparisonCriteria for Choosing a SupplierTen Manufacturer ProfilesPogo-pin and Magnetic Connector QuestionsThis overview compares ten connector suppliers across the United States, United Kingdom, Switzerland, Japan, mainland China and Taiwan. Use their product focus, customization options, quality documentation and official websites to build a shortlist. The list is a starting point for procurement due diligence, rather than evidence that every supplier has been independently tested or endorsed.
Manufacturer Comparison
Editorial disclosure: Magtor appears as the fourth entry in this manufacturer overview. The entries are not an independent ranking. Product focus and company background provide comparison points, but the customization marks below have no published scoring method and should not replace a project-specific technical review. Confirm claimed collaborations and current documentation directly with the relevant company.
| Company | Location | Founded | Application focus | Principal products | Original customization marks (unverified) | Documentation to request |
|---|---|---|---|---|---|---|
| Precision contact profile | United States | 1971 | Aerospace; medical electronics | Pogo pins; PCB pins; IC sockets | ★★★★★ | Request the current technical catalog |
| Test-probe and contact profile | Taiwan, China | 1986 | Semiconductor testing; automotive electronics | Test probes; pogo pins; magnetic connectors | ★★★★★ | Request the current technical catalog |
| Machined-contact profile | China | 2005 | Wearables; 5G communications | Pogo pins; high-speed connectors | ★★★★ | Request the current technical catalog |
| Magtor | China | 2008 | Consumer electronics; industrial robots | Magnetic connectors; magnetic cables | ★★★★★ | This website |
| Pogo-pin development profile | China | 2009 | Consumer electronics; wearables | Pogo pins; magnetic connectors | ★★★★ | Request the current technical catalog |
| Cable assembly profile | China | 2004 | Industrial automation; medical devices | Cable assemblies; connectors | ★★★ | Request the current technical catalog |
| Pogo-pin service profile | China | 2007 | Wearables; consumer electronics | Pogo pins; magnetic connectors | ★★★★☆ | Request the current technical catalog |
| High-reliability interconnect profile | United Kingdom | 1952 | Aerospace; defense | High-reliability connectors; PCB hardware | ★★★★☆ | Request the current technical catalog |
| Precision spring-contact profile | Switzerland | 1976 | Medical devices; aerospace and defense | Precision contacts; pogo pins | ★★★★★ | Request the current technical catalog |
| Spring-connector catalog profile | Japan | 1922 | Automotive electronics; consumer electronics | Spring connectors; test connectors | ★★★☆ | Request the current technical catalog |
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Criteria for Choosing a Supplier
An Available Design That Fits the Application
A catalog magnetic interface that meets the device requirements can reduce development time and new tooling cost. During supplier review, assess the speed and clarity of technical feedback, design-for-manufacture guidance and support for prototype iterations, rather than relying on a product photograph alone.
Engineering and Customization Support
A custom project may need changes to dimensions, pin count, current capacity, IP protection, magnetic force or corrosion resistance. Ask the supplier to demonstrate the engineering and manufacturing capabilities required for those changes and to explain the validation work needed for the intended equipment.
Applicable Quality and Compliance Evidence
Review current, correctly scoped documentation where required: ISO 9001 for quality management, ISO 14001 for environmental management, IECQ QC 080000 for hazardous-substance process management, and applicable RoHS material compliance evidence. These documents cover different subjects and do not by themselves certify the performance of a particular connector.
ISO 9001Production Timing, Equipment and Test Support
The source planning example allows 3–4 weeks for connector manufacturing; an actual schedule depends on the chosen design, tooling, quantity and capacity. Review available production equipment, test instruments and staffing, and ask what reports the manufacturer can supply for the ordered configuration.
Relevant Industry Experience and References
Ask whether a supplier has experience with comparable equipment and can substantiate relevant customer references. Different applications place different demands on a magnetic interface, so a well-known customer name alone is insufficient evidence of suitability.
Medical devices may require high reliability and resistance to the specified corrosion exposure. Automotive electronics often add vibration and elevated-temperature requirements. Smart wearables need compact geometry and sweat resistance. Robotics may need higher-current paths together with stable mechanical and electrical connections.
Relevant application experience can help a supplier anticipate real operating problems. Evaluate that experience through the proposed design, test plan and technical discussion for your project.
Ten Manufacturer Profiles
Precision contact profile
This reference profile describes a United States manufacturer established in 1971, focused on precision-machined interconnect components. Its products include standard and application-specific contact solutions; check the current catalog and project support directly when evaluating a design.
Location: United States.
Request the current technical catalog
Request the current technical catalogProduct focus: pogo pins and precision-machined interconnect components.
Documentation to verify for the relevant scope: ISO 9001, ISO 14001, RoHS and REACH.
Project fit to discuss: application-specific interconnects and available prototyping support.
Test-probe and contact profile
The reference manufacturer’s reported founding date is 1986 and describes contact probes, pogo pins, spring-loaded connectors and crown-spring connectors. Its official product navigation also includes testing solutions and magnetic connectors, providing starting points for semiconductor, power and industrial project enquiries.
Location: Taiwan.
Request the current technical catalog
Request the current technical catalogProduct focus: contact probes and pogo pins.
Documentation to verify for the relevant entity and site: ISO 9001, IATF 16949, ISO 14001 and IECQ QC 080000.
Project fit to discuss: contact geometry, plating, current and mating-life customization for semiconductor or automotive requirements.
Machined-contact profile
This reference profile describes a manufacturer established in 2005, with a focus on pogo-pin research and manufacturing. The source range includes precision components, cable connectors, solid pins and antennas; its current official site emphasizes Micro Pogo, pogo contacts and interconnects for AI servers, robotics and semiconductor testing.
Location: China.
Request the current technical catalog
Request the current technical catalogProduct focus in this comparison: pogo pins and magnetic charging connectors; confirm the current available range.
Documentation to verify: ISO 9001, IATF 16949, ISO 14001, applicable UL evidence and RoHS compliance.
Project fit to discuss: miniature and high-speed interconnect requirements, including 5G and AI equipment.
Magtor
Founded in 2008, Magtor focuses on magnetic connector applications for consumer electronics, smart wearables and medical-device projects. Discuss the particular design and validation needs with the team; any quality or compliance document requested for procurement must match the current legal entity, relevant scope and validity period.
Location: China.
Website: the current Magtor website.
This websiteProduct focus: magnetic connectors and magnetic cables.
Documentation requirements to discuss: ISO 9001, ISO 14001, RoHS and IECQ QC 080000; current entity-specific files are required for any certificate claim.
Project fit: magnetic connector development and manufacturing for a specified application.
Pogo-pin development profile / Pogo-pin development profile
This reference profile describes a manufacturer founded in 2009 and describes in-house turning and electroplating of core components, automated assembly and 100% in-line automated inspection. Confirm which ordered product and measured characteristics those processes cover, as automated inspection is not a blanket guarantee of every performance requirement.
Location: China.
Request the current technical catalog
Request the current technical catalogProduct focus: pogo pins and magnetic connectors.
Documentation to verify: ISO 9001 and applicable RoHS and REACH evidence.
Project fit to discuss: development timing for pogo-pin and compact magnetic connector designs.
Cable assembly profile
The reference manufacturer’s company profile identifies 2004 as its establishment year and lists pogo-pin connectors, magnetic connectors and several cable-assembly families. Consumer, medical and automotive applications are among its stated markets; verify the required contact accuracy and assembly qualification for the particular project.
Location: China.
Request the current technical catalog
Request the current technical catalogProduct focus: pogo-pin connectors and magnetic connectors.
Documentation to verify: ISO 9001, applicable UL evidence and RoHS compliance.
Project fit to discuss: cable assembly and an integrated interconnect solution.
Pogo-pin service profile
The reference manufacturer’s company profile states that the company was founded in 2007. It describes research, production and sales of spring-loaded pins, test pins, pogo-pin connectors, magnetic connectors and magnetic charging cables, with wearables and medical devices among the application areas.
Location: China.
Request the current technical catalog
Request the current technical catalogProduct focus: pogo pins and magnetic connectors.
Documentation to verify for the applicable entity or product: ISO 9001, CE, RoHS and FCC evidence.
Project fit to discuss: customization of magnetic interfaces for wearable electronics.
High-reliability interconnect profile
The profile places the reference manufacturer’s founding in 1952 and highlights aerospace, defense, motorsport and industrial-automation applications. Its product focus includes high-reliability connectors, EMC shielding and PCB hardware; review the selected family’s qualification and available support for the intended environment.
Location: United Kingdom.
Request the current technical catalog
Request the current technical catalogProduct focus: high-reliability connectors and PCB hardware.
Documentation to verify by site and scope: ISO 9001, AS9100, ISO 14001, RoHS and REACH.
Project fit to discuss: connector selection and any customization for aerospace or harsh-environment requirements.
Precision spring-contact profile
This reference profile describes a Swiss manufacturer founded in 1976, specializing in precision screw-machined contacts and interconnect components, including spring-loaded contacts. Aerospace and medical projects are among its stated application areas; dimensional and reliability evidence should be checked for the selected part.
Location: Switzerland.
Request the current technical catalog
Request the current technical catalogProduct focus: precision contacts and interconnect components.
Documentation to verify for the relevant scope: ISO 9001, ISO 13485, RoHS and REACH.
Project fit to discuss: precision customization and the manufacturing processes involved in the proposed Swiss-made contact solution.
Spring-connector catalog profile
The reference manufacturer’s company profile gives its founding date as 1 September 1922 and states that spring-connector sales began in 1986. Its connector range includes standard and custom pogo-contact solutions, with compact, low-profile designs among the options for electronic-device integration.
Location: Japan.
Request the current technical catalog
Request the current technical catalogProduct focus: spring-loaded connectors, including pogo pins.
Documentation: verify the relevant site and scope; Spring-connector catalog profile lists ISO 9001, ISO 14001 and ISO 13485 for its Japanese entity, while IATF 16949 is listed for a specific automotive operation.
Project fit to discuss: engineering support for automotive, medical and other custom connector requirements.
Shortlisting a magnetic interface for a wearable, medical device or smart-home product? Request a DFM discussion with Magtor and ask whether a free initial review is available for the project. The source service targets were a reply within 24 hours and pogo-pin samples within 7 days; confirm availability and the agreed schedule for your requirements before relying on those timings.
Pogo-pin and Magnetic Connector Questions
How Do Pogo Pins Differ from a Magnetic Connector?
A pogo pin is a spring-loaded electrical contact used for power or supported signals. A magnetic connector adds magnetic guidance and retention around a contact arrangement, which may use pogo pins. This makes quick attachment and alignment possible in wearable, smart-electronic and charging applications; the electrical function still depends on the assigned circuits.
What Mating Life Can a Pogo-pin Design Achieve?
The example range here is 10,000–100,000 mating cycles for suitable pogo-pin designs, with some specialized industrial or medical designs targeting more than 1 million. These figures depend on contact structure, material, plating, operating stroke and the test environment; use the selected part’s validated result.
How Should Gold and Nickel Plating Be Evaluated?
Gold is often used on mating surfaces to support stable contact resistance and corrosion performance. Nickel has different cost and surface characteristics and is commonly part of a plating stack. Choose the complete material and coating system for the specified medical, automotive or consumer application rather than assuming one metal alone guarantees life or conductivity.
What Order Quantity Is Needed for a Custom Connector?
An illustrative custom-order MOQ in this discussion is 3,000–5,000 units. Actual quantity requirements depend on tooling, complexity and customization, and a supplier may offer a lower prototype or trial-production quantity. Obtain the MOQ for the selected design in the quotation.
How Long Can Sampling and Production Take?
The planning examples are 1–3 business days for available standard samples, about 2–4 weeks for custom samples and 15–30 days for mass production. Quantity, design complexity and available capacity can change those periods, so agree a project-specific schedule.
Which Checks Help Evaluate Connector Samples?
Evaluate contact stability, plating quality, magnetic retention, electrical performance, salt-spray behavior and mating-life reports against your specification. Also review the supplier’s current documentation, production capacity and engineering support. A sample review is stronger when the reports identify the exact assembly and test conditions.