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Precision Pogo Pin Solutions: Powering Global Innovations with CTP's Expertise

As a certified pogo pin manufacturer with 8,000㎡ production facilities and ISO9001/ATF16949 certifications, CTP delivers high-current connectors & customized solutions for automotive, medical, and IoT industries. Trusted by Samsung, Lenovo, and leading innovators worldwide.

Leading Pogo Pin ManufacturerBuilding Reliable Connections Since 2009

Shenzhen Yongtan Electronics Co. is a vertically integrated pogo pin manufacturer headquartered in China, specializing in precision spring-loaded connectors for global industries. Our 8,000-square-meter facility combines ISO 9001-certified production with high-current solutions (15A+) and 100K+ mating cycle durability, serving innovators like Samsung, BYD, and Huawei.

From smartwatches to EV charging systems, our magnetic and waterproof pogo pins deliver <0.1Ω contact resistance across -40℃~105℃ 21. Partner with us for one-stop OEM solutions that power tomorrow’s electronics.

  • ✓ 200+ skilled technicians (30% dedicated to R&D)
  • ✓ 15-day rapid prototyping & 20-day bulk delivery
  • ✓ ATF16949 automotive-grade quality control
The outside view of our companys factory reveals a white building with GTP on it, standing proudly beside a large tree. A car is parked near the entrance with its metal gate. The sky is partly cloudy, and several smaller buildings dot the background.
Our Principles

We champion precision engineering, accountable innovation, and transparent collaboration. Every pogo pin we create embodies ISO-certified excellence, with automated production logs accessible to partners in real-time. Building on ESG-aligned processes, we merge technical rigor (20+ QA checkpoints) with ethical client engagements — from design files to bulk delivery audit trails.

Our Values

Integrity, collaboration, and innovation steer our efforts. Through client-focused engineering and transparent partnerships, we deliver solutions crafted for future challenges. Aligning R&D with global ESG frameworks (REACH/RoHS certified), each pogo pin upholds accountability—from automated quality logs to comprehensive technical support. Success is your vision brought seamlessly to market.

Our Vision

To spearhead the pogo pin revolution with AI-driven precision and cross-industry agility, fostering global connectivity from electric vehicles to surgical robots. Our spring-loaded contacts ensure over 100,000-cycle reliability, while advancing homes through smart IoT charging solutions. Where innovation demands flawless conductivity, our connectors empower progress.

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Explore Our State-of-the-Art Manufacturing Hub | See Your Vision Come to Life

Witness precision-driven pogo pin production in CTP’s ISO 9001-certified facility, where 30% of our technicians ensure 99.9% defect-free output for automotive, IoT and medical applications. With a 15-day sample turnaround and sustainable production that meets EU/US standards, we turn your vision into a reliable connectivity solution.

A modern pogo pins production workshop with rows of automated machinery and workstations. The machines have small attached monitors and indicator lights. The area is clean and well-lit, with a gray polished floor and faintly visible workers operating the equipment.

Pogo pins production workshop

CTP's IATF-certified workshop automates gold-plated pogo pin production with 15A current testing, ensuring 100K cycles for automotive/EV connectors.

A modern laboratory with a circular layout and glass walls, equipped for precision work with scientific equipment, computers, and monitors. Overhead, circular lights illuminate the space. A blue sign with white text in a non-Latin script is visible in this advanced pogo pin laboratory.

Pogo pin laboratory

CTP's ISO-certified pogo pin lab performs 15A current testing with 100K cycle validation for automotive-grade connectors using 0.01mm precision instruments.

Two people in a laboratory wearing yellow shirts work meticulously in a quality control room, surrounded by scientific equipment. The gray walls and shiny floor set the scene for this modern facility, where precision is paramount at each workstation, reflecting their commitment to excellence.

Pogo pin quality control room

CTP's IATF-certified QC lab verifies pogo pins with automated 15A current testing and 100K cycle validation per automotive IEC 60512 standards.

A factory floor with multiple large industrial machines, including a CNC machine and a CNC centering lathe along with other automated equipment. The space is clean and well-lit, with fluorescent lights overhead and a concrete floor. Various control panels and warning signs are visible.

CNC centering lathe

CTP's ISO-certified CNC centering lathe achieves ±0.002mm precision for automotive pogo pins, using multi-axis alignment and live-center tooling per IEC 60512 standards.

A person is operating a tensile testing machine, reminiscent of a fully automatic insertion and extraction force machine, in a lab. The individual stands before a computer monitor in a white lab coat, surrounded by clean, modern features and glass partitions.

Fully automatic insertion and extraction force machine

Skilled technicians operate fully automated insertion/extraction machines for pogo pin insertion/extraction force testing.

In a lab setting, a person meticulously operates the blue plug-in life tester machine with labels in Chinese, pressing buttons while a nearby plant adds a touch of greenery to the scene.

Plug-in life tester

Technician verifies pogo pin durability using automated plug-in life tester, ensuring 100,000+ cycle reliability for automotive electronics.

A person in a white lab coat operates a blue and white device, known as a film thickness tester, in a laboratory. They are using a laptop connected to the testing equipment. Wall signs in the background indicate proper equipment use.

Film thickness tester

Technician conducts precision film thickness testing with real-time data analysis for industrial-grade quality assurance.

A person in a white lab coat operates a RoHS tester machine, meticulously ensuring compliance. Beside the tester, a computer displays data, while charts and notes are posted on the laboratory wall.

Rosh tester

Technician operating ROHS tester with XRF analyzer to detect lead, cadmium, and restricted substances for EU compliance certification.

A person in a white lab coat diligently works at a computer tethered to a 2D projector. The industrial setting is bright, showcasing various equipment and a large plant nearby, enhancing the environments vibrancy.

2D projector

Technician operating 2D projector for precision optical measurement and dimensional quality control in manufacturing inspection processes.

In a pristine lab, a person in a white shirt meticulously jots down notes on a clipboard next to the prominently labeled salt mist tester. The crisp white walls are adorned with signs and essential equipment, setting an atmosphere of precision and focus.

Salt mist tester

CTP engineer operates salt mist tester performing accelerated corrosion testing on pogo pins, ensuring RoHS/REACH compliance for automotive electronics.

A person in a white lab coat conducts a voltage regulator test at a workstation, maneuvering electronic equipment. The setup includes a regulated power supply, displays with numerical readings, and several control panels.

Voltage regulator test

CTP technician conducts voltage regulator load testing with multimeter, ensuring <5% dropout voltage and ISO-certified automotive electronics efficiency verification

A person stands in front of a large machine labeled as the Cold and Heat Impact Machine, taking notes on a clipboard. There are control panels and informational sheets affixed to this impressive equipment.

Cold and heat impact machine

CTP engineer conducts automotive pogo pin thermal shock testing (-40°C~150°C) with ISO-certified cold/heat impact machines for IEC 60512 compliance verification.

A person operates a computer near a large electronic testing device, possibly a temperature rise tester, in a laboratory. The device features buttons, dials, and display screens. Above the setup, a sign in a non-English language is visible on the wall.

Temperature rise tester

CTP engineer verifies 15A pogo pin thermal stability at 150°C using ISO-certified temperature rise tester per IEC 60512 standards.

A person wearing glasses and a white shirt is intently working with a micro-impedance tester at the lab counter. Surrounded by an industrial, high-tech backdrop, signs in both Chinese and English underscore the importance of precise equipment handling.

Micro-impedance tester

CTP engineer performs micro-impedance testing with 0.1mΩ resolution for ISO-certified automotive pogo pins using calibrated precision measurement systems.

A person in a white shirt stands by the climate control machine, meticulously taking notes on a clipboard. The apparatus, labeled neatly, features a small display screen showcasing data related to temperature and humidity variables.

Constant temperature and humidity machine

CTP technician conducts IEC 60512-compliant stability tests (-40°C~85°C | 95%RH) on automotive pogo pins using ISO-certified constant temperature/humidity chambers with data monitoring.

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We will contact you within 1 working day, please pay attention to the email with the suffix “@magneticpogo.com”. 

Smartwatch with transparent view revealing its internal circuit board and components. Beside it, a smartphone and a POGO pin connector illustrate how this technology is seamlessly applied to smartwatches for enhanced connectivity. Text highlights: POGO Pin Connector.
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