Soldering Pogo Pins, L 4.60~6.99 mm, Stable electrical performance

Soldering Pogo Pins, L 4.60~6.99 mm, Customizable heights

Soldering Pogo Pins, L 4.60~6.99 mm, Fine precision

Soldering Pogo Pins, L 4.60~6.99 mm, Magnetic waterproofing

Soldering Pogo Pins, L 4.60~6.99, Amazing Custom

Soldering Pogo Pins, feature precise-cupped-wire-connection inner diameters. Stable electrical performance and efficient signal transmission, exceptional adaptability, and reliability. With precisely tailored cupped inner diameters for various needs, they excel in medical devices, precision automotive electronics, and aerospace. Ensuring high-quality performance and reliability for each pogo pin. We provide superior manufacturing services, creating significant value for our customers.

Product Features:

Precision design ensures stable, secure connections.
Easy soldering design boosts installation efficiency.
Long-lasting durability reduces maintenance costs.
High current capacity meets power transfer needs.
Flexible performance ensures accurate contact after use.
Quality control offers custom solutions for various needs.

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Soldering Pogo Pins, L 4.60~6.99 mm, Description

Product Info: Our Soldering Pogo Pins are made from high-quality tellurium copper, beryllium copper, and stainless steel materials, ensuring stability and durability, capable of handling up to 25A current with a 1.27mm outer diameter. Soldering Pogo Pins are suitable for various industrial applications.
Product Features: Soldering Pogo Pins undergo precision design to provide reliable electrical connections. Suitable for data transmission and power delivery in high-frequency and high-temperature environments, and supports high current for efficient power charging.
Customer Problem Solving: Designed specifically for industrial automation and testing equipment, our Soldering Pogo Pins address customer needs for reliable connections, high-power charging, and long-term stability.
Specifications: Available in multiple size options, the cup inner diameter and shape can be customized based on customer wire diameter. Lengths range from 4.60 mm to 6.99 mm, meeting diverse equipment and application requirements.
Applications: Soldering Pogo Pins are widely used in semiconductor testing, radio devices, medical devices, communication equipment, and other fields requiring highly reliable connections and high-power charge-discharge capabilities.
Target Industries: Primarily serving clients in electronic manufacturing, radio design and manufacturing, automation control, aerospace, and other high-tech sectors, emphasizing the stability and performance of Soldering Pogo Pins.
Customer Benefits: Choosing our Soldering Pogo Pins ensures stable electrical connections, excellent durability, and professional after-sales support, enhancing equipment reliability and productivity efficiency.

Soldering Pogo Pins, L 4.60~6.99 mm, Data Sheet

No.#	Categories	Specification Range	Unit	Purpose	Benefits	Applications
1	Barrel OD	≥0.90, custom	mm	*	*	*
2	Plunger OD	≥0.50, custom	mm	*	*	*
3	1. Cup Shape	Round Cup	*	From 0.8mm to 2.0mm, customizable based on requirements.	*	*
4	2. Cup Shape	Square Cup	*	Commonly 1.27mm (0.05 inches), with other custom sizes available.
5	3. Cup Shape	Oval Cup	*	Customizable per design needs, often used for unique shapes or larger contact areas.
6	4. Cup Shape	Hexagon Cup	*	Usually between 1.0mm and 2.0mm, for specific connection needs or increased stability.
7	Length	4.60~6.99	mm	*	*	*
8	Stroke	≥0.45, custom	mm	*	*	*
9	Voltage Rating	≥3.0, custom	V	*	*	*
10	Current Rating	≥0.3, custom	A	*	*	*
11	Spring Force	≥20,custom	gf	*	*	*
12	1. Material	Tellurium Copper	*	Excellent electrical and thermal conductivity, strong corrosion resistance.	Ideal for applications requiring highly reliable electrical connections,	Widely used in semiconductor test sockets, high-frequency electronic devices, industrial automation and electronic testing equipment.
13	2. Material	Beryllium Copper	*	Outstanding strength, hardness, and wear resistance, with good electrical conductivity.	Used in applications requiring frequent insertion and high-frequency signal transmission, such as communication equipment and medical devices.	Primarily used in manufacturing sockets, connectors, and electrical connectors.
14	3. Material	Stainless Steel	*	Excellent oxidation resistance and corrosion resistance, structurally stable.	Suitable for use in high-temperature environments, such as electrical connections in aerospace and automotive industries.	Used in manufacturing high-temperature electronic connectors, mechanical components, and industrial equipment with high environmental demands.
15	4. Material	Brass	*	Good machinability, high dimensional stability.	Used for general industrial equipment and low-frequency electrical connections, with moderate cost.	Commonly found in general sockets, connectors, and electrical connections in low-frequency electronic devices.
16	5. Material	Phosphor Bronze	*	Excellent mechanical performance and wear resistance, long lifespan.	Suitable for high-frequency and high-temperature data transmission and power delivery, with excellent conductivity.	Widely used in electronic connectors, cables, and conductive spring components in testing equipment.
17	1. Plating	Nickel-Palladium	*	Offers excellent corrosion resistance and conductivity, with a smooth surface.	Ideal for high-frequency signal transmission, ensuring high stability.	Widely used in wireless communication devices, medical equipment, and automotive electronics.
18	2. Plating	Platinum-Nickel	*	High temperature and wear resistance, excellent electrical conductivity.	Suitable for applications requiring high long-term stability.	Used in aerospace, military, and high-end industrial equipment connectors.
19	3. Plating	Gold-Silver	*	Excellent conductivity and wear resistance, strong oxidation resistance.	Suitable for high reliability and long-life connectors.	Widely used in electronic products, communication equipment, and military applications.
20	4. Plating	Nickel-Gold-Copper	*	Combines nickel’s corrosion resistance, gold’s conductivity, and copper’s thermal conductivity.	Ideal for stable requirements in complex environments like industrial automation and medical equipment.	Used for high reliability and long-life connectors and electronic
21	5. Plating	Copper-Silver-Gold-Tin	*	Provides excellent electrical conductivity of copper, stability of silver, oxidation resistance of gold, and soldering convenience of tin.	Suitable for complex electronic circuit board connection requirements.	Widely used in electronic products, industrial control, and medical equipment connectors and components.

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Choose our Soldering Pogo Pins for outstanding performance in reliability tests. With over 20 years of industry experience and robust production capabilities, Johoty ensures high quality and long-term stability. Providing a reliable foundation for seamless integration into your project. Experience our excellence now and accelerate your project progress!

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Products Categories

Pogo Pins

Spring Test Probes

Spring Loaded Test Probes

Through Hole Pogo Pins

SMT Pogo Pins

High Current Pogo Pins

Double Ended Pogo Pin

Solder Cup Pogo Pin

Right Angle Pogo Pin

Threaded Pogo Pins

Pogo Pin Connector

Magnetic Connector

2 Pin Connector

3 Pin Connector

4 Pin Connector

5 Pin Connector

6 Pin Connector

7 Pin Connector

8 Pin Connector

10 Pin Connector

12 Pin Connector

Pogo Pin Connectors

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Soldering Pogo Pins, L 4.60~6.99 mm, Applications

High-Density Data Transmission Module:
In small devices, space constraints limit data transmission capacity. Traditional connectors cannot meet the demands of high-density layouts and stability. Using 4.60mm Soldering Pogo Pins enables high-frequency data transmission and compact layouts. Design and testing of new modules ensure a transmission rate of 250GB/s per square centimeter. Performance improves by 30%, capturing a 25% market share.
Medical Equipment Power Connectors:
Precision medical devices require reliable power supply and fast connections. Harsh environments demand corrosion resistance and high-frequency connections. Utilizing 6.90mm Soldering Pogo Pins with special coatings ensures long-term stability. Applied in next-generation medical device power interfaces, manufacturing 500,000 units annually. Failure rates reduce to 0.05%, achieving 98% customer satisfaction.
Smart Wearable Device Interfaces:
Smart wearable devices are increasingly in demand, calling for improved methods to transmit data and power effectively. Limited space inside small devices requires high-density connectivity solutions. Designing 4.60mm Soldering Pogo Pins supports high-speed data and power supply. Collaboration with leading manufacturers launches a new generation of smartwatch interfaces. Sales increase by 300%, becoming a market leader.
Automotive Electronic Control Units:
Modern cars feature increasingly integrated electronic control units. Temperature variations and frequent vibrations necessitate stable and reliable Soldering Pogo Pins. Applying 5.80mm Soldering Pogo Pins with excellent heat resistance and shock resilience. Globally promoted among automotive manufacturers, supplying 10 million units annually. We’ve reduced failure rates to 0.1% and now hold a 30% market share across Europe and the US.
Industrial Automation Sensor Interfaces:
Amid factory automation trends, sensor demand sharply rises. Complex sensor placements require reliable connectivity solutions. Using 6.50mm Soldering Pogo Pins supports high-frequency sensor data transmission. Collaborating with Industry 4.0 enterprises, deploying in multiple global factories. Improves production efficiency by 20% and saves maintenance costs by 20%.
Aerospace Control System Connectors:
Aerospace applications demand connectors with high stability and durability. Enduring extreme conditions necessitates high-temperature and radiation-resistant capabilities. Adopting 5.00mm Soldering Pogo Pins, enhanced with special coatings for weather resistance. Displayed at international aerospace exhibitions, securing multiple collaboration orders. Product certified by military standards, increasing market share to 15%.
Internet of Things Sensor Data Collection Interfaces:
IoT devices require real-time data collection and transmission capabilities. Diverse devices and long-term stability requirements. Developing 5.50mm Soldering Pogo Pins suitable for various IoT sensor interfaces. Partnering with global smart city projects, promoting use in environmental monitoring and urban management. Increases data collection accuracy by 30%, achieving 95% customer satisfaction.
Consumer Electronics Charging Interfaces:
Rising demand for consumer electronics charging, emphasizing user experience. Balancing rapid charging with long-term stability remains crucial. Introducing 6.70mm Soldering Pogo Pins supporting fast charging and high-frequency usage. Collaboration with renowned electronic brands, applied in smartphones and tablet charging interfaces. Boosts charging speed by 50%, reducing user complaint rates to 1%.

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Advantages of Soldering Pogo Pins, L 4.60~6.99 mm

1. Precision Design
Our Soldering Pogo Pins are meticulously designed to ensure each pogo pin maintains precision within the 4.60 to 6.99 millimeter length range. This not only enhances device stability upon contact but also reduces soldering errors, boosting the reliability and consistency of our Soldering Pogo Pins.

2. High-Temperature Resistance
With advanced materials and processes, our Soldering Pogo Pins excel in high-temperature environments. Rigorously tested, they maintain stable electrical connections under continuous high temperatures, ensuring reliability and long-term stability in extreme operating conditions.

3. Longevity and Durability
Designed for frequent connection and disconnection, our Soldering Pogo Pins offer exceptional durability. They withstand over 10,000 insertions, ideal for high-frequency applications, significantly reducing maintenance costs and equipment downtime.

4. Optimized Electrical Performance
Soldering Pogo Pins undergo precise matching and calibration to ensure minimal contact resistance and stable signal transmission. They excel in electronic testing and data transfer, making them suitable for applications requiring high-speed and high-frequency signal transmission.

5. Wide Temperature Range
Our Soldering Pogo Pins are designed to meet diverse environmental demands, with a broad operating temperature range. From freezing cold to extreme heat, they maintain stable performance, suitable for various industrial and commercial applications.

6. Strong Customization Capability
We offer a variety of customization options, including pogo pin length, stroke, pogo pin diameter, contact impedance, rated current, cup shape, and material selection. This is to meet specific engineering requirements and design specifications. Our flexible customization options allow us to respond promptly to your requirements with tailored solutions.

7. Environmental Sustainability
Manufactured using eco-friendly materials, our Soldering Pogo Pins comply with international environmental standards. Our design and production processes prioritize resource efficiency and waste management, promoting green manufacturing and sustainable development.

8. Superior Cost-effectiveness
Our optimized design and production methods enable us to offer competitive prices. High performance, long lifespan, and stable quality ensure our Soldering Pogo Pins deliver superior value, helping customers reduce overall procurement costs.

FAQ:

1: What makes Johoty’s Soldering Pogo Pins stand out in terms of design and benefits?

Our Soldering Pogo Pins utilize advanced design and 5-axis/6-axis CNC manufacturing processes, ensuring superior durability and stability. Each plunger is precision-machined to maintain excellent electrical connectivity even under high-frequency usage. Additionally, we offer customized services to adjust the shape, length, and electrical characteristics of our Soldering Pogo Pins based on customer needs for optimal fit and performance.

2: In which specific industrial sectors can Johoty’s Soldering Pogo Pins be applied?

Our Soldering Pogo Pins are widely used in sectors such as electronics, radio devices, high-end communication equipment, and precision medical devices. Particularly in environments requiring frequent plugging and stable electrical connections, like testing instruments, industrial control systems, and consumer electronics. Our Soldering Pogo Pins are highly effective for a wide range of complex industrial uses.

3: What is the production process and quality control system for Johoty’s Soldering Pogo Pins?

We follow international standards closely in every step of producing Soldering Pogo Pins, starting from sourcing raw materials. Every stage is carefully monitored for quality assurance. We employ advanced automated equipment and precise inspection tools to ensure precise dimensions and stable electrical performance for every Pogo Pin. Our quality assurance system not only guarantees the quality of Soldering Pogo Pins but also ensures a consistent supply for our customers.

4: What unique price advantages do Johoty’s Soldering Pogo Pins offer compared to competitors?

Through refining our production methods and managing the supply chain efficiently, we keep costs under control to offer competitive prices. Additionally, we offer flexible order volumes and customization options to help customers maximize cost-effectiveness. Recognizing the importance of pricing in customer decisions, we are committed to offering the most cost-effective solutions to our customers.

5: What is the delivery time for Johoty’s Soldering Pogo Pins? How do you ensure on-time delivery?

With efficient production scheduling and a robust supply chain management team, we can flexibly meet the demands of different orders. Typically, our standard delivery time for Soldering Pogo Pins is 2-3 weeks, and delivery times for customized orders vary based on specific requirements. We promise strict adherence to delivery schedules and maintain close communication with customers to ensure transparency in production progress and delivery times.

6: How does Johoty support customers in addressing technical and service issues during use?

We provide comprehensive technical support and professional services. Customers can contact our CFT technical team at any time. Johoty commits to resolving any technical issues customers encounter in the shortest response time possible. We provide tailored solutions and optimization advice to ensure stable operation of our customers’ production lines.