Pogo Test Pin
PRECISION TESTING

Pogo Test Pin

High-precision spring-loaded test probes engineered for reliable electrical testing. Perfect for ICT, FCT, and automated test equipment requiring consistent contact.

Test Cycles

100K+

Precision

±0.01mm

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Why Pogo Test Pins?

Spring-loaded test pins provide consistent, reliable contact for electronic testing without damaging PCB test points

Consistent Force

Precision springs maintain optimal contact pressure across all test cycles

No Damage

Controlled contact prevents PCB pad wear and test point damage

High Durability

Rated for 100,000+ test cycles with minimal wear and stable performance

Fast Testing

Quick contact and release enables high-throughput testing operations

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Test Pin Applications

ICT Testing

In-Circuit Testing for component verification, shorts and opens detection on populated PCBs

FCT Testing

Functional Circuit Testing to verify complete board operation and performance parameters

Flying Probe

Automated test equipment using movable probes for flexible PCB testing without custom fixtures

CNC Manufacturing

Technical Specifications

Pin Diameter

  • 0.68mm – 0.75mm
  • 1.0mm – 1.3mm
  • 1.5mm – 2.0mm
  • 2.5mm – 3.0mm

Plating Options

  • Gold plating (Au)
  • Nickel plating (Ni)
  • Tin plating (Sn)
  • Custom finishes

Performance

  • 100K+ test cycles
  • Contact resistance <50mΩ
  • Current up to 10A
  • -40°C to 85°C
Rapidaccu Quality

Rapidaccu Quality

With 15+ years of precision CNC machining expertise, we deliver pogo test pins that meet the most demanding testing requirements.

Over 15 Years of Expertise in Pogo Pin and Connector Manufacturing

Certified Quality: ISO 9001, ISO 14001, ISO 45001, and IECQ QC080000

Exceptional Customer Support and Transparent Transactions

Frequently Asked Questions

What is the difference between pogo test pins and standard test probes?

Pogo test pins feature spring-loaded plungers that provide consistent contact force and compensate for PCB height variations. Unlike rigid probes, they prevent pad damage and maintain reliable contact over many test cycles, making them ideal for automated testing environments.

How many test cycles can pogo pins handle?

Our pogo test pins are typically rated for 100,000 to 1,000,000 test cycles depending on the model, spring design, and plating. Proper fixture design and maintenance can extend operational life. We can recommend specific models based on your expected test volume.

Which plating should I choose for my application?

Gold plating offers lowest contact resistance and best corrosion resistance, ideal for high-reliability testing. Nickel is cost-effective for moderate cycle counts. Tin provides good solderability. For high-cycle testing, we recommend gold-plated tips with hardened springs.

Can you customize test pin specifications?

Yes, we offer complete customization including pin diameter, length, travel distance, spring force, tip geometry, plating type, and current rating. Our engineering team works with you to design test pins optimized for your specific PCB test points and fixture requirements.

What current ratings are available?

Standard test pins handle 1-3A for signal testing. High-current models support 5-10A for power testing. Current capacity depends on pin diameter, contact area, and thermal design. We can engineer custom solutions for even higher currents with appropriate cooling considerations.

Do you provide technical support for fixture design?

Yes, our team provides comprehensive technical support including test pin selection, fixture design consultation, contact force calculations, and troubleshooting assistance. We help ensure your test fixture delivers reliable results and maximizes pin lifespan.

Get in Touch

Need precision pogo test pins for your testing equipment? Our engineering team is ready to help you design the perfect testing solution.

Factory Address

Rongli Industrial Park, Dalang, Longhua District, Shenzhen, China

Business Hours

Monday – Friday: 9:00 AM – 6:00 PM (CST)

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