Flux residue, solder paste, and surface oxidation cause contact failures. Crown head probes are built to cut through all of them. The multi-point serrated tip pierces contamination and makes reliable electrical contact every time.
| Specification | Value |
|---|---|
| Overall Length | 33.27 ±0.10 mm |
| Plunger Diameter | Ø0.70 mm |
| Contact Resistance | ≤50 mΩ |
| Rated Current | 5.0 A |
| Spring Force | 156 gf ±20% |
| Working Stroke | 4.24 mm |
| Full Stroke | 4.50 mm |
| Temperature Range | −40°C to 85°C |
| Durability | ≥1,000,000 cycles |
Our engineers can help you find the right solution based on your current, working height, spring force, plating, and application requirements.
Request a Custom QuotePromax Pogo Pin combines in-house tooling, IATF16949/ISO-certified manufacturing, and 15+ years of connector engineering to keep your program on schedule and on budget—from first prototype to mass production.
[/col_inner] [col_inner span="4" span__sm="12"]Factory-direct manufacturing and streamlined production cut out middleman markups, giving you consistent per-unit pricing that scales with your order volume.
Dedicated engineers reply to technical queries and quote requests within 24 hours, with free samples available to validate fit before you commit to a run.
[/col_inner] [col_inner span="4" span__sm="12"]SMT/SMD, through-hole, right-angle, double-ended, high-current, and test pogo pins are stocked and ready to ship, so common specs don't wait on a full production cycle.
Spring force, stroke, plating, current rating, and packaging are engineered to your exact application—mass production typically ships in 15–20 days.
[/col_inner] [/row_inner]Promax Pogo Pin has emerged as a leading manufacturer by continuously innovating in new materials, electroplating technology, and advanced manufacturing processes, ensuring the production of reliable, high-performance pogo pin connectors. We are dedicated to offering both standard and custom products tailored to meet the specific needs of our customers.
Our production process for Pogo Pins includes turning, grinding, plating, assembly, inspection, and packaging. Every batch is machined to spring-force and dimensional tolerance, then goes through 100% functional inspection before packaging.
[/col_inner] [/row_inner]Promax Pogo Pin's test probes are the contact element inside ICT fixtures and bed-of-nails testers - the plunger travels its stroke to compensate for PCB warpage and component height variation while holding a consistent contact force, so the same fixture keeps giving repeatable readings across thousands of insertions. The following are common ways engineers use this product; contact Promax Pogo Pin for other applications.
Get a custom quote, spec matching, and manufacturing guidance—without slowing down your project.
| Specification | Value |
|---|---|
| Overall Length | 17.00 ±0.15 mm |
| Plunger Diameter | Ø1.30 mm |
| Contact Resistance | ≤20 mΩ |
| Rated Current | 3.0 A |
| Spring Force | 150 gf ±20% |
| Working Stroke | 2.40 mm |
| Full Stroke | 3.00 mm |
| Temperature Range | −40°C to 80°C |
| Durability | ≥100,000 cycles |
Our engineers can help you find the right solution based on your current, working height, spring force, plating, and application requirements.
Request a Custom QuotePromax Pogo Pin combines in-house tooling, IATF16949/ISO-certified manufacturing, and 15+ years of connector engineering to keep your program on schedule and on budget—from first prototype to mass production.
[/col_inner] [col_inner span="4" span__sm="12"]Factory-direct manufacturing and streamlined production cut out middleman markups, giving you consistent per-unit pricing that scales with your order volume.
Dedicated engineers reply to technical queries and quote requests within 24 hours, with free samples available to validate fit before you commit to a run.
[/col_inner] [col_inner span="4" span__sm="12"]SMT/SMD, through-hole, right-angle, double-ended, high-current, and test pogo pins are stocked and ready to ship, so common specs don't wait on a full production cycle.
Spring force, stroke, plating, current rating, and packaging are engineered to your exact application—mass production typically ships in 15–20 days.
[/col_inner] [/row_inner]Promax Pogo Pin has emerged as a leading manufacturer by continuously innovating in new materials, electroplating technology, and advanced manufacturing processes, ensuring the production of reliable, high-performance pogo pin connectors. We are dedicated to offering both standard and custom products tailored to meet the specific needs of our customers.
Our production process for Pogo Pins includes turning, grinding, plating, assembly, inspection, and packaging. Every batch is machined to spring-force and dimensional tolerance, then goes through 100% functional inspection before packaging.
[/col_inner] [/row_inner]Promax Pogo Pin's test probes are the contact element inside ICT fixtures and bed-of-nails testers - the plunger travels its stroke to compensate for PCB warpage and component height variation while holding a consistent contact force, so the same fixture keeps giving repeatable readings across thousands of insertions. The following are common ways engineers use this product; contact Promax Pogo Pin for other applications.
Get a custom quote, spec matching, and manufacturing guidance—without slowing down your project.
| Specification | Value |
|---|---|
| Overall Length | 8.45 ±0.15 mm |
| Plunger Diameter | Ø0.78 mm |
| Contact Resistance | Avg ≤30 mΩ |
| Rated Current | 1.0 A |
| Spring Force | 85 gf ±15 gf |
| Working Stroke | 0.60 mm |
| Full Stroke | 0.90 mm |
| Temperature Range | −40°C to 125°C |
| Durability | ≥100,000 cycles |
Our engineers can help you find the right solution based on your current, working height, spring force, plating, and application requirements.
Request a Custom QuotePromax Pogo Pin combines in-house tooling, IATF16949/ISO-certified manufacturing, and 15+ years of connector engineering to keep your program on schedule and on budget—from first prototype to mass production.
[/col_inner] [col_inner span="4" span__sm="12"]Factory-direct manufacturing and streamlined production cut out middleman markups, giving you consistent per-unit pricing that scales with your order volume.
Dedicated engineers reply to technical queries and quote requests within 24 hours, with free samples available to validate fit before you commit to a run.
[/col_inner] [col_inner span="4" span__sm="12"]SMT/SMD, through-hole, right-angle, double-ended, high-current, and test pogo pins are stocked and ready to ship, so common specs don't wait on a full production cycle.
Spring force, stroke, plating, current rating, and packaging are engineered to your exact application—mass production typically ships in 15–20 days.
[/col_inner] [/row_inner]Promax Pogo Pin has emerged as a leading manufacturer by continuously innovating in new materials, electroplating technology, and advanced manufacturing processes, ensuring the production of reliable, high-performance pogo pin connectors. We are dedicated to offering both standard and custom products tailored to meet the specific needs of our customers.
Our production process for Pogo Pins includes turning, grinding, plating, assembly, inspection, and packaging. Every batch is machined to spring-force and dimensional tolerance, then goes through 100% functional inspection before packaging.
[/col_inner] [/row_inner]Promax Pogo Pin's test probes are the contact element inside ICT fixtures and bed-of-nails testers - the plunger travels its stroke to compensate for PCB warpage and component height variation while holding a consistent contact force, so the same fixture keeps giving repeatable readings across thousands of insertions. The following are common ways engineers use this product; contact Promax Pogo Pin for other applications.
Get a custom quote, spec matching, and manufacturing guidance—without slowing down your project.
A crown head probe is a spring-loaded test contact with a serrated, multi-point tip shaped like a crown. The multiple raised points distribute contact force across several small contact areas simultaneously, cutting through flux residue, solder paste, and surface oxidation that would cause a single-point or flat tip to lose electrical continuity. Most ICT fixtures testing boards with no-clean flux or lead-free solder rely on crown tips for this reason.
Crown tips self-clean on every insertion. Each serrated point scrapes through surface contamination independently, so even if one or two points foul, the remaining points maintain electrical contact. Flat tips ride on top of flux films and lose conductivity. Pointed tips can puncture through contamination but risk damaging the pad and accumulating debris in a single contact point. Crown tips balance penetration, pad protection, and self-cleaning across the full service life.
Our crown head probes range from 100,000 to 1,000,000+ cycles. The PT137H156-3327A achieves the highest rating at 1,000,000+ cycles, targeting production lines testing thousands of boards per day. The PT100H85-845A and PT100H150-1700A are rated at 100,000 cycles for medium-volume production and prototype-to-production fixtures.
Current ratings span 1.0 A for the compact PT100H85-845A up to 5.0 A for the PT137H156-3327A. The PT100H150-1700A handles 3.0 A for mid-range power rail testing. For test points requiring higher currents, contact our engineering team to discuss custom configurations.
Yes, lead-free soldering processes using SAC alloys and no-clean flux produce harder, more tenacious residue than traditional tin-lead processes. Crown head probes are built for this environment. The serrated tips cut through harder flux deposits where flat tips fail. Higher spring forces in the 85–156 gf range help the crown points penetrate the more resistant contamination layer.
Yes, our engineers customize crown blade count, tip diameter, spring force, overall length, and plating material to match your fixture and pad geometry. Send your DUT contact drawing and soldering process details, and our team provides a design recommendation within 1–3 business days.
We are certified under ISO 9001, ISO 14001, ISO 45001, and IECQ QC080000. Our production facility maintains greater than 99% mass production yield across 8,000+ custom designs delivered to clients including Huawei, Xiaomi, and Amphenol.
Yes, we provide free samples so you can validate fit, contact resistance, and self-cleaning performance in your fixture before committing to production. Standard catalog configurations ship within two weeks. Custom samples may take additional time depending on design complexity.
First-pass yield on flux-contaminated boards lives or dies at the probe tip. The right crown geometry, spring force, and cycle life decide whether your fixture runs reliably through a million cycles or sends you chasing false failures after fifty thousand.
Send us your fixture drawing, pad surface condition, and production volume. Our 20+ probe engineers respond within 1–3 days with a recommended spec, free samples for qualification, and a clear path to production on the same manufacturing line.
ISO 9001, ISO 14001, ISO 45001, and IECQ QC080000
Over 15 Years of Expertise
FREE samples provided to ensure product satisfaction
Rapid Turnaround: Mass Production Complete in 15 - 20 Days