| Spécification | Valeur |
|---|---|
| Longueur totale | 5,70 ±0,15 mm |
| Diamètre du piston | 0,22 ±0,01 mm |
| Résistance de contact | ≤100 mΩ |
| Courant nominal | 2,0 A |
| Force du ressort | 24,5 gf ±20% |
| Temps de travail | 0.65 mm |
| Course complète | 0.80 mm |
| Plage de température | −40°C–85°C |
| Durabilité | ≥100 000 cycles |
Our engineers can help you find the right solution based on your current, working height, spring force, plating, and application requirements.
Demander un devis personnaliséPromax 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 IC and ICT test probes are sized and plated for fine-pitch package leads and BGA/QFN pads, giving low, stable contact resistance on small contact areas without marking or damaging the device under test across a high-volume test cycle. 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.
| Spécification | Valeur |
|---|---|
| Longueur totale | 5,70 mm |
| Diamètre du piston | 0,20 ±0,01 mm |
| Résistance de contact | ≤120 mΩ |
| Courant nominal | 1,5 A |
| Force du ressort | 28 gf ±20% |
| Temps de travail | 0.65 mm |
| Course complète | 0.90 mm |
| Plage de température | Non spécifié |
| Durabilité | ≥30 000 cycles |
Our engineers can help you find the right solution based on your current, working height, spring force, plating, and application requirements.
Demander un devis personnaliséPromax 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 IC and ICT test probes are sized and plated for fine-pitch package leads and BGA/QFN pads, giving low, stable contact resistance on small contact areas without marking or damaging the device under test across a high-volume test cycle. 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.
| Spécification | Valeur |
|---|---|
| Longueur totale | 5,70 ±0,15 mm |
| Diamètre du piston | 0.15 ±0.01 mm |
| Résistance de contact | ≤100 mΩ |
| Courant nominal | 1,0 A |
| Force du ressort | 35 gf ±20% |
| Temps de travail | 0.65 mm |
| Course complète | 1.00 mm |
| Plage de température | −40°C–150°C |
| Durabilité | ≥100 000 cycles |
Our engineers can help you find the right solution based on your current, working height, spring force, plating, and application requirements.
Demander un devis personnaliséPromax 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 IC and ICT test probes are sized and plated for fine-pitch package leads and BGA/QFN pads, giving low, stable contact resistance on small contact areas without marking or damaging the device under test across a high-volume test cycle. 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.
Four-point or five-point crown tips are the most common choice. They scrub through oxide on aluminum bond pads and provide stable, low-resistance contact. For fine-pitch packages below 0.4 mm, conical tips offer precise single-point contact with less pad damage. Our engineers can recommend the right tip based on your pad metallurgy, package type, and cycle life target.
Standard catalog probes have no fixed minimum. Custom designs typically start at 500–1,000 units to cover tooling costs. We provide free samples of standard models so you can validate fit and performance in your test socket before committing to a production order.
Engineering review and design feedback takes 1–3 days. Samples ship within two weeks of design approval. Production orders ship in 2–4 weeks, depending on quantity and customization level. If you’re on a tight test program schedule, let us know early and we’ll align our timeline.
Yes, send us the datasheet, part number, or a physical sample. We’ll reverse-engineer the probe to match your existing socket dimensions, spring force, and tip geometry. Many clients switch to Promax to reduce cost or lead time without redesigning their test fixtures.
Probe barrels use Beryllium Copper or nickel silver for spring consistency and durability. Plunger tips are plated with Gold or Palladium to maintain low contact resistance and resist oxide buildup. Springs use music wire calibrated within ±5% of the target force. Material and plating selections depend on your pad metallurgy and cycle life requirements.
Promax is certified to ISO 9001, ISO 14001, ISO 45001, and IECQ QC080000. All probes are RoHS-compliant. We also hold 22+ patents in pogo pin and spring-loaded contact technology.
Yes, our probes operate reliably at temperatures up to 302°F. For burn-in sockets that cycle at elevated temperatures, we use gold plating and high-temperature spring alloys that maintain consistent contact force across the full thermal range. Let us know your operating temperature and cycle frequency when requesting a quote.
Whether you need standard catalog probes or a custom design matched to your proprietary test socket, our engineering team is ready to help. We respond to design inquiries within 1–3 days, ship samples within two weeks, and scale to production volume in the same ISO 9001-certified facility. Explore our full range of pogo pins and spring-loaded connectors.
ISO 9001, ISO 14001, ISO 45001 et IECQ QC080000
Plus de 15 ans d'expertise
Échantillons GRATUITS fournis pour garantir la satisfaction du produit
Délai rapide : Production de masse terminée en 15 à 20 jours