Category: NEWS

As the lithium battery manufacturing process requires increasing inspection accuracy and equipment automation, system integration has become an important direction in equipment design, and the multi-functional slip ring LPPL022-2403-08A introduced by JINPAT, with its integrated electrical and gas transmission design, provides efficient, stable and space-saving rotary connection solutions for lithium battery inspection equipment, and assists in the continuous upgrading of intelligent manufacturing. It can help the smart manufacturing to upgrade continuously.

 

Multi-functional integration, more compact structure

LPPL022-2403-08A slip ring has the function of synchronized rotary transmission of electricity and gas, integrating the traditional split structure into one, effectively saving the installation space of the equipment, especially suitable for lithium battery testing equipment, industrial robots, rotary stations and other application scenarios that require high space utilization rate.

 

Second, reliability enhancement, strong anti-interference ability

Through the integrated closed design, the slip ring unifies the management of electrical signals and gas channels, effectively reduces the impact of the external environment on transmission stability, reduces the risk of potential failures such as gas leakage and electrical contact interference, and significantly improves the stability and service life of the testing equipment.

 

Third, highly adaptable to automation control system

In the lithium battery testing process, the equipment needs to complete a series of coordinated actions such as clamping, rotation, pneumatic drive, signal transmission, etc. LPPL022-2403-08A supports a variety of current and gas channel configurations, compatible with the mainstream automation control systems, to help users easily realize the rotary interconnections of complex functional modules.

 

LPPL022-2403-08A is an electropneumatic integrated slip ring designed for space-constrained, high-precision and multifunctional transmission needs. It not only optimizes the structure of the equipment and improves the automation efficiency, but also guarantees the continuous and stable operation of the system with high reliability, which is an important core component for the intelligent upgrade of lithium battery testing equipment.

Rehabilitation training robots are revolutionizing the way patients recover from injuries and surgeries. These robots provide personalized, efficient, and repetitive therapy, allowing patients to regain mobility and strength. In such advanced systems, reliable and high-performance components are crucial for ensuring smooth and continuous operation. Among these components, the slip ring plays a pivotal role, ensuring seamless power and data transfer between stationary and rotating parts of the robot. JINPAT’s LPM-04A Micro Capsule Slip Ring offers a breakthrough solution designed to meet the demands of rehabilitation training robots, providing high reliability, precision, and long-lasting performance.

 

The Role of Slip Rings in Rehabilitation Training Robots

Rehabilitation training robots typically involve rotational movements, whether it’s the joints of the robot itself or the patient’s limbs during therapy. For these systems to operate smoothly, it is essential to transfer power and data without interruptions. The slip ring is the key component that allows continuous rotation while maintaining stable transmission of power and signals. JINPAT’s LPM-04A Micro Capsule Slip Ring is engineered to support this need, offering high precision, durability, and versatility for a variety of rehabilitation applications.

 

Key Technical Features of LPM-04A Micro Capsule Slip Ring

Customizable Outer Diameter: 12.5mm to 16mm The LPM-04A slip ring offers a customizable outer diameter range from 12.5mm to 16mm, providing flexibility for integration into compact rehabilitation robot designs. This ensures that the slip ring fits seamlessly into space-constrained applications while maintaining its superior performance.

 

High Protection: IP68 Rating In the field of rehabilitation robotics, devices often need to be cleaned or disinfected, and they may be exposed to varying environmental conditions such as moisture or dust. The LPM-04A slip ring comes with an IP68 protection rating, which ensures it is dustproof and waterproof, even when submerged. This high level of protection guarantees that the slip ring remains functional and reliable over time, even in the most demanding healthcare environments.

 

High-Speed Rotation: Up to 2000 RPM The LPM-04A slip ring is capable of supporting high-speed rotations of up to 2000 RPM. This feature is crucial in rehabilitation robots, where precise and continuous motion is required to simulate therapeutic exercises. Whether the robot is performing passive movements for patients or assisting with active training, the slip ring ensures smooth and uninterrupted power and signal transmission at high rotation speeds.

 

Long Lifespan: Up to 30 Million Revolutions In medical devices, especially those used in rehabilitation, durability is critical. The LPM-04A slip ring is designed to withstand up to 30 million revolutions, ensuring a long lifespan and reducing the need for frequent replacements or maintenance. This reliability ensures that rehabilitation robots can operate consistently without downtime, improving the overall efficiency and effectiveness of the therapy.

 

Customizable Design: Appearance, Wiring, and Materials JINPAT offers customization options for the appearance, wiring, and housing materials of the LPM-04A slip ring, allowing it to be adapted to the specific needs of different rehabilitation robot models. Whether it’s the type of wiring for power or data transmission or the materials used for the housing to meet specific strength or aesthetic requirements, JINPAT ensures that each slip ring can be tailored to fit seamlessly into your robot design.

 

Smooth and Stable Operation The LPM-04A slip ring is engineered to provide smooth and stable rotation, ensuring that the rehabilitation robot operates without jerks or interruptions. This smoothness is essential in maintaining a comfortable and effective rehabilitation experience for patients, particularly those who are undergoing intensive therapy. A stable slip ring allows the robot to perform repetitive movements that are essential for muscle training and recovery.

 

Why Choose JINPAT Slip Rings for Rehabilitation Training Robots?

Compact Design: The small form factor and customizable diameter of the LPM-04A slip ring make it ideal for space-constrained robotic systems.

High Protection: With IP68 protection, JINPAT’s slip ring ensures the device remains reliable in medical environments where cleanliness and protection from moisture are vital.

Reliable Performance: With a rotation speed of up to 2000 RPM and a lifespan of 30 million revolutions, the slip ring offers long-term stability, reducing the need for maintenance and ensuring uninterrupted operation.

Customizable Features: JINPAT offers a range of customizable features, including outer diameter, wiring methods, and housing materials, making the slip ring adaptable to various robot designs and functionalities.

Durable and Low Maintenance: With a long operational life, the LPM-04A slip ring reduces downtime and maintenance costs, allowing rehabilitation robots to function more efficiently.

 

JINPAT’s LPM-04A Micro Capsule Slip Ring is the ideal solution for rehabilitation training robots, offering the perfect balance of performance, durability, and customization. Whether you’re designing a robot for assisting in passive or active rehabilitation, JINPAT’s slip rings ensure that power and data can be transmitted seamlessly through the rotating components, allowing the robot to perform consistently and efficiently.

 

By incorporating JINPAT’s high-performance slip rings into rehabilitation training systems, healthcare providers can offer more effective, reliable, and long-lasting therapy to patients, helping them recover and regain mobility more efficiently.

In the field of medical diagnostics, precision and reliability are paramount. Coagulation analyzers, which play a crucial role in assessing blood clotting mechanisms and diagnosing disorders, require highly sophisticated components to ensure accurate and consistent results. One of the key components that power these systems is the slip ring. JINPAT’s LPC-18A-M Medium Capsule Slip Ring offers a breakthrough solution to meet the demanding requirements of coagulation analyzers, providing reliable performance in a variety of challenging environments.

 

Advanced Solutions for Coagulation Analyzers

Coagulation analyzers rely on rotating elements to carry out precise diagnostic tests, often involving the transfer of both power and signals across rotating parts. Traditional wiring methods can be limiting, leading to interference, reduced performance, and operational instability. JINPAT’s LPC-18A-M Medium Capsule Slip Ring solves these challenges, offering a high-performance solution that ensures seamless power and data transfer, which is crucial for the accurate operation of coagulation analyzer systems.

 

Key Technical Features of LPC-18A-M Slip Ring

Wide Operating Temperature Range: -60℃ to +300℃ One of the standout features of the LPC-18A-M Slip Ring is its extensive operating temperature range, which can be customized from -60℃ to +300℃. This allows it to function effectively in a variety of medical and laboratory environments where temperature fluctuations can be extreme. Whether operating in a cold storage lab or a high-temperature clinical setting, this slip ring offers unparalleled flexibility.

 

High Protection: IP68 Rating JINPAT’s slip ring boasts an IP68 protection rating, meaning it is fully dustproof and can withstand continuous immersion in water. This high level of protection ensures that the slip ring maintains its performance in harsh environments, such as medical labs or areas with high humidity. With IP68, the slip ring guarantees longevity and reliability even under the most demanding conditions, which is essential for life-saving medical equipment.

 

High-Speed Rotation: 1000 RPM The LPC-18A-M Slip Ring is engineered to handle high-speed rotations, with a maximum rotation speed of up to 1000 RPM. This is crucial for the smooth and efficient operation of coagulation analyzers, which require continuous rotation to perform tests and provide real-time results. With JINPAT’s slip ring, you can count on stable and reliable data transmission even during high-speed rotations.

 

Exceptional Durability: Up to 20 Million Revolutions With a lifespan of up to 20 million revolutions, the LPC-18A-M Slip Ring offers long-lasting performance, reducing the need for frequent maintenance or replacement. This longevity is particularly important in medical devices like coagulation analyzers, where downtime can have serious consequences. The durability of JINPAT’s slip ring ensures that medical devices remain operational and reliable throughout their lifecycle.

 

Smooth Operation with High Stability The LPC-18A-M Slip Ring is designed for smooth operation and high stability during rotational motion. This is critical in applications like coagulation analyzers, where precise data transmission is needed without interruptions or data loss. The slip ring ensures that both electrical power and signal transmissions occur smoothly, contributing to the consistent and accurate functioning of the system.

 

Versatile Signal Integration One of the most important features of JINPAT’s LPC-18A-M Slip Ring is its ability to integrate multiple types of signals, including power, data, and control signals, into a single unit. This allows for more compact and efficient designs in coagulation analyzer systems, reducing the complexity of the device while ensuring reliable and continuous data transfer. With JINPAT’s slip ring, you can integrate diverse signals for a seamless operational experience.

 

The Benefits of JINPAT Slip Rings in Coagulation Analyzers

Reliable Performance: The LPC-18A-M Slip Ring provides consistent power and data transfer, ensuring that coagulation analyzers perform accurately and without interruption.

High Efficiency: The smooth operation and stable performance of the slip ring allow for faster and more efficient diagnostic testing, helping medical professionals provide quicker results for patients.

Durability: With an operating life of up to 20 million revolutions, JINPAT’s slip ring ensures that coagulation analyzers remain in service for a long time, reducing maintenance and downtime.

Customization: With customizable temperature ranges and signal integration options, the LPC-18A-M Slip Ring can be tailored to meet the specific requirements of your coagulation analyzer system.

JINPAT’s LPC-18A-M Medium Capsule Slip Ring is an ideal solution for the demanding needs of coagulation analyzers. With its ability to operate in extreme temperatures, offer high protection against dust and water, handle high-speed rotations, and deliver stable, long-lasting performance, this slip ring ensures that medical diagnostic systems remain at the forefront of accuracy and reliability.

Incorporating JINPAT’s slip ring technology into your coagulation analyzer not only enhances its performance but also ensures that it can meet the rigorous demands of modern medical testing. With our innovative solutions, we are helping healthcare professionals deliver better, faster, and more accurate results, ultimately improving patient outcomes.

In the fast-paced world of pharmaceutical production, precision, efficiency, and reliability are non-negotiable. Pharmaceutical filling machines are critical for ensuring that medications are dispensed accurately and hygienically into bottles, vials, and other containers. These machines rely on advanced engineering, with one of the key components being the slip ring, which ensures seamless transmission of power and data across rotating parts. JINPAT’s LPT038-0240-2S Hollow Shaft Slip Ring is specifically designed to meet the unique demands of pharmaceutical filling machines, providing unparalleled flexibility, performance, and reliability for the pharmaceutical industry.

 

The Role of Slip Rings in Pharmaceutical Filling Machines

Pharmaceutical filling machines often involve the continuous rotation of various components, including conveyor belts, fillers, and mixers. To ensure the operation runs smoothly, power and data must be transferred across rotating parts without disruption. JINPAT’s LPT038-0240-2S Hollow Shaft Slip Ring offers a solution that guarantees consistent power transmission, stable signal delivery, and efficient communication between static and rotating parts, allowing filling machines to operate with precision and speed.

 

Key Technical Features of LPT038-0240-2S Hollow Shaft Slip Ring

Customizable Center Hole Size: 0 to 1000mm One of the standout features of the LPT038-0240-2S Slip Ring is the customizable center hole size, which ranges from 0 to 1000mm. This flexibility ensures that the slip ring can be seamlessly integrated into a wide range of pharmaceutical filling machines, regardless of the specific configuration or size. Whether the application involves large equipment or compact systems, this feature ensures that the slip ring will fit perfectly.

 

Integration of Multiple Signals The LPT038-0240-2S Slip Ring supports the integration of various signals, making it highly adaptable to complex pharmaceutical filling systems. It can handle high-frequency signals, fiber optics, encoders, waveguides, and even gas-liquid signals, ensuring that a broad range of signals can be transferred efficiently and accurately. This integration capability reduces system complexity by consolidating multiple signal types into a single unit, improving overall system reliability and performance.

 

High-Performance Transmission: Power and Data Pharmaceutical filling machines require consistent and reliable power and data transmission for uninterrupted operation. The LPT038-0240-2S Slip Ring is engineered to support stable power transfer and precise data communication across rotating parts, ensuring that the filling machine operates smoothly without delays or malfunctions. This slip ring guarantees efficient control of motors, sensors, and other critical components, ensuring high production efficiency.

 

Robust Design with Long Lifespan The LPT038-0240-2S Slip Ring is designed for long-lasting performance, with a robust construction that ensures durability and a long lifespan. Pharmaceutical production lines are typically high-speed and operate for long hours, so equipment reliability is crucial. With a high lifespan and low maintenance needs, this slip ring minimizes downtime and keeps the production process running efficiently.

 

Smooth Operation with Low Torque A smooth, stable operation is essential in pharmaceutical filling machines to ensure the accuracy and consistency of each filling. The LPT038-0240-2S Slip Ring is designed with low torque characteristics, reducing friction and ensuring smooth rotation. This ensures that the machine operates with minimal resistance, leading to more efficient and accurate filling processes.

 

High Protection Rating (IP Rating) Pharmaceutical filling machines are often used in environments where cleanliness is paramount, and the equipment is exposed to frequent cleaning and sanitization. The LPT038-0240-2S Slip Ring can be designed with high IP ratings, offering protection against dust and moisture. This ensures that the slip ring performs reliably even in high-pressure wash-down environments, which is crucial in maintaining hygiene standards in pharmaceutical manufacturing.

 

Why Choose JINPAT Slip Rings for Pharmaceutical Filling Machines?

Flexible Integration: With the ability to integrate a wide range of signals, including high-frequency signals, fiber optics, and encoders, the LPT038-0240-2S Slip Ring offers unparalleled flexibility for complex pharmaceutical filling systems.

Customizable Size: The customizable center hole size, ranging from 0 to 1000mm, allows for easy integration into different filling machine configurations.

High-Speed, Reliable Performance: With the capability to handle high-speed rotations and provide consistent data and power transfer, this slip ring ensures optimal performance and reliability in filling operations.

Durability and Long Lifespan: Designed for heavy-duty operations, the slip ring’s long lifespan ensures minimal maintenance, reducing the overall cost of ownership.

Smooth Operation: The low torque design ensures smooth, friction-free rotation, which is crucial for maintaining accurate and consistent filling operations.

Hygienic Design: With IP protection, JINPAT slip rings ensure that pharmaceutical equipment remains clean and functional even in rigorous sanitization conditions.

Conclusion

JINPAT’s LPT038-0240-2S Hollow Shaft Slip Ring is the perfect solution for pharmaceutical filling machines, offering reliable and precise power and data transmission in high-speed, high-demand environments. Its customizable features, long lifespan, and ability to integrate a variety of signals make it an ideal choice for improving the efficiency and reliability of pharmaceutical production lines.

 

By incorporating JINPAT slip rings into your filling machines, you can ensure smooth, uninterrupted operation, reduce maintenance costs, and meet the highest standards of performance and hygiene in pharmaceutical manufacturing. Trust JINPAT to provide the reliable, high-performance solutions you need to maintain the efficiency of your production process and meet the increasing demands of the pharmaceutical industry.

Animal behavior research is essential for understanding wildlife ecosystems, animal health, and even developing conservation strategies. To monitor and record the activities of animals, researchers increasingly rely on advanced tracking devices, such as animal activity recorders. These devices often require reliable components to transfer power and data seamlessly between stationary and moving parts, especially in dynamic environments. JINPAT’s series of slip rings, including the LPC-06A, LPC-06T, LPC-12A, and LPC-12T, are engineered to meet these demands, offering unparalleled reliability, performance, and versatility for animal tracking systems.

 

JINPAT Slip Rings for Animal Activity Recorders

In animal activity monitoring systems, there is a continuous need for stable signal transmission to capture real-time movement, environmental data, and biological signals. Slip rings are a critical component in ensuring that power and data can flow seamlessly through the rotating parts of tracking devices, allowing uninterrupted monitoring of animals in their natural habitats.

 

JINPAT’s slip rings, specifically the LPC-06A, LPC-06T, LPC-12A, and LPC-12T, are designed with precision and durability in mind to support the continuous rotation of tracking devices, enabling long-lasting and reliable animal activity recordings.

 

Key Technical Features

Smallest Hole Size: 5mm–6.4mm Options JINPAT’s slip rings are highly customizable to meet specific installation requirements. The hole sizes range from 5mm to 6.4mm, allowing for easy integration into compact animal tracking devices without sacrificing performance. This feature ensures that the slip rings can fit a variety of tracking devices, regardless of size, while maintaining optimal performance.

 

Customizable for High Protection and Harsh Environments Animal activity recorders are often used in rugged outdoor environments, subjected to dust, moisture, and even extreme weather conditions. JINPAT’s slip rings, including the LPC-06A and LPC-12A, can be customized for high protection, offering IP ratings for waterproof and dustproof operation. This ensures that the slip rings remain functional and durable even in challenging environments, allowing for accurate and uninterrupted data transmission in remote or harsh locations.

 

High-Speed Rotation and Long Lifespan Many animal tracking devices require continuous rotation, whether monitoring animals in motion or in situations where constant data collection is needed. JINPAT slip rings are built to handle high rotation speeds and can support up to 1000 RPM, making them ideal for dynamic applications like tracking fast-moving animals. Additionally, the slip rings offer an impressive long lifespan, with the ability to perform up to 20 million rotations, ensuring that your tracking system continues to function without frequent maintenance or failure.

 

Low Torque for Smooth Operation In animal activity monitoring, it is crucial that tracking devices operate smoothly to avoid interference with the animal’s natural behavior. JINPAT’s slip rings are designed with low torque characteristics, ensuring that the motion of the tracking device remains smooth and stable, without causing unnecessary drag or resistance. This results in less wear on the system, improving the overall reliability of the animal activity recorders.

 

Multiple Signal Integration for Enhanced Functionality JINPAT slip rings are not limited to just power transmission; they are capable of integrating multiple signal types, including data signals, power, and even analog or digital signals. This makes them suitable for comprehensive animal tracking applications that require the simultaneous transmission of various signals. Whether it’s GPS data, movement sensors, or temperature readings, JINPAT slip rings provide the flexibility to integrate a wide range of signal types into a single unit, reducing the complexity of your tracking system.

 

Models of JINPAT Slip Rings for Animal Activity Recorders

LPC-06A Medium Capsule Slip Ring

The LPC-06A is a versatile, medium-sized slip ring that provides stable power and data transmission for animal activity tracking devices. Its compact size and robust design make it ideal for a wide range of applications in animal behavior research.

 

LPC-06T Medium Capsule Slip Ring with Through-Hole

The LPC-06T offers the same features as the LPC-06A, with the added benefit of a through-hole design, allowing for easier routing of additional wires or components. This design makes it even more adaptable for complex animal tracking systems that require extra connectivity.

 

LPC-12A Medium Capsule Slip Ring

The LPC-12A is a larger slip ring designed for more complex animal tracking systems, supporting more circuits and greater flexibility in signal integration. Its high-speed capabilities and long lifespan make it ideal for long-term wildlife monitoring projects.

 

LPC-12T Medium Capsule Slip Ring with Through-Hole

The LPC-12T combines the flexibility of the LPC-12A with the added feature of a through-hole, offering even more customization options for animal tracking devices. This model is perfect for systems requiring multiple signal integrations and reliable long-term operation.

 

Why Choose JINPAT Slip Rings for Animal Activity Recorders?

Reliable Performance: JINPAT’s slip rings ensure continuous and stable operation, allowing for uninterrupted data collection in animal tracking systems.

Durability: With high protection ratings and the ability to withstand challenging environments, JINPAT slip rings ensure longevity in harsh outdoor conditions.

Customizability: The wide range of customizable features, such as hole size, signal integration, and protection levels, allows for tailored solutions that meet the specific needs of each animal activity recorder system.

Seamless Signal Integration: JINPAT’s slip rings can support multiple signal types, providing versatility in data transmission for complex animal monitoring systems.

Long Lifespan: Designed to operate for millions of rotations, JINPAT’s slip rings ensure that animal tracking devices can continue their function for extended periods, reducing the need for frequent maintenance.

Conclusion

Animal activity tracking plays a crucial role in understanding animal behavior and supporting wildlife conservation efforts. JINPAT’s slip rings, including the LPC-06A, LPC-06T, LPC-12A, and LPC-12T, provide reliable, high-performance solutions for monitoring animal movements in a variety of challenging environments. With customizable features such as small hole sizes, high protection ratings, low torque, high-speed rotation, and the ability to integrate multiple signals, JINPAT’s slip rings are the ideal choice for animal activity recorders that require precision, durability, and long-lasting performance.

 

By choosing JINPAT, researchers can ensure their tracking systems are equipped with the best components to monitor wildlife effectively and make meaningful contributions to the understanding and conservation of the animal kingdom.

As the medical industry continues to evolve, the demand for more reliable, precise, and high-performance components has never been higher. JINPAT, a leader in slip ring technology, has always been at the forefront of innovation, consistently delivering solutions that push the boundaries of what’s possible. In the medical field, where precision and reliability are critical, JINPAT’s advanced slip rings are making significant strides, offering unprecedented capabilities that support next-generation medical equipment and technologies.

 

Unmatched Capabilities: 500 Circuits, 4200A, and 10kV

JINPAT’s medical-grade slip rings are designed to meet the most demanding requirements of the healthcare sector. Our latest breakthroughs offer configurations of up to 500 circuits, capable of handling 4200A of current and voltages as high as 10kV. This exceptional performance ensures that medical devices can operate seamlessly, providing healthcare professionals with the reliability and efficiency they need in critical environments.

 

Whether in diagnostic machines, surgical robots, or imaging systems, these advanced slip rings support uninterrupted power and data transfer, enabling devices to perform at peak efficiency, even under the most intense conditions.

 

Extreme Durability: 3.7 Billion Revolutions, 2.3@2000 RPM

Durability is another critical factor in medical equipment, where devices are often used for extended periods in harsh and demanding conditions. JINPAT’s slip rings are built to last, with a remarkable capability of 3.7 billion rotations, providing long-lasting performance over the lifetime of the equipment. At 2.3@2000 RPM, our slip rings maintain superior operational stability, even under continuous high-speed rotations, ensuring that medical devices continue to function smoothly without downtime.

 

This level of durability is essential for equipment that operates in dynamic environments, such as robotic surgery systems, imaging scanners, and other high-tech medical instruments, where any failure or malfunction can have serious consequences.

 

Integrated Solutions: Power, Data, Gas, Liquid, High-Frequency, and Fiber Optics

One of the most impressive features of JINPAT’s slip ring technology is its ability to integrate a wide variety of functionalities into a single, compact unit. Our slip rings are capable of transmitting not only electrical power but also gas, liquid, high-frequency signals, and fiber optics, all in one integrated solution.

 

This integration capability is particularly valuable in the medical industry, where equipment often requires simultaneous transmission of power, data, and other signals such as high-frequency electromagnetic waves or optical data. By combining all these functions into a single slip ring, JINPAT makes it easier for manufacturers to design more efficient, compact, and reliable medical devices, which ultimately enhances the user experience and the effectiveness of healthcare solutions.

 

Empowering the Future of Medicine

The healthcare sector is evolving rapidly, with new technologies and innovations emerging to improve patient care and clinical outcomes. JINPAT is committed to supporting this progress by providing cutting-edge slip ring solutions that meet the high standards required in the medical industry. Whether it’s supporting robotic surgery systems, medical imaging technologies, or patient monitoring devices, our products are playing a pivotal role in the advancement of healthcare technology.

 

With JINPAT’s state-of-the-art slip rings, medical equipment manufacturers can create more powerful, reliable, and efficient devices, helping to improve the quality of care and ensure patient safety. Our commitment to innovation and excellence continues to drive us to develop solutions that meet the ever-evolving needs of the medical industry.

 

JINPAT is proud to be at the forefront of the medical industry’s technological breakthroughs. With our advanced slip rings that offer up to 500 circuits, 4200A, and 10kV, coupled with durability of up to 3.7 billion revolutions, and the ability to integrate electrical, gas, liquid, high-frequency, and fiber optic functionalities, we are helping to shape the future of healthcare.

 

As the medical field continues to demand more sophisticated and reliable technologies, JINPAT is ready to meet the challenge, driving innovation and delivering solutions that ensure the highest level of performance, reliability, and safety for the medical devices of tomorrow.

In an ever-evolving world, technological innovation is the driving force behind societal progress. For university students, robotics competitions provide a stage to showcase their intelligence and creativity. At JINPAT, a company dedicated to advancing technological progress, we understand the importance of innovation. With a deep sense of responsibility for the future, we are proud to offer free sponsorship for college robotics competitions. This support is not just an encouragement for the participants, but also a catalyst for the dreams of tomorrow’s innovators.

 

Giving Wings to Dreams

University robotics competitions are the perfect platform for young minds to unleash their creativity and potential. Here, technology is no longer an abstract concept; it becomes the concrete result of hard work, ideas, and passion. At JINPAT, we believe that only by providing the right platform can young people soar higher and farther in their pursuit of excellence.

 

By sponsoring such competitions, we aim to offer participants a broader stage to explore, experiment, and bring their innovative ideas to life. For us, this sponsorship is not just about showcasing our brand, but a real opportunity to fulfill our corporate social responsibility and give back to society. We believe that the future of technological advancement lies in the hands of young people with dreams and passion, and they are the pioneers of the changes to come.

 

Supporting the Youth from the Heart

JINPAT’s slip ring technology is widely used in fields such as robotics, autonomous driving, aerospace, and more. These fields are intrinsically linked to innovation. By offering free sponsorship for university robotics competitions, we provide more than just material support. Our aim is to send a clear message to young innovators everywhere: the future belongs to you.

 

We are confident that technology changes lives, and this change originates from young people who dare to explore and innovate. As part of the corporate community, JINPAT is using this sponsorship as a way to build a bridge between youth and the future, helping them better realize their technological dreams.

 

JINPAT: Fueling the Future

The future belongs to those who dare to innovate and challenge the status quo. The sponsorship JINPAT offers to college robotics competitions represents not only material support but also our belief in the future of technological innovation. We hope that by taking this step, we can help more young people discover their potential, step forward with confidence, and create a brighter tomorrow.

 

If you, too, have a dream and are ready to showcase your talent in the world of technology, JINPAT welcomes you to join us as we work together to create a more brilliant future.

The LPT025-0620-08S-E3 Through Bore Slip Ring is a cutting-edge rotary connector designed to meet the increasing demands of modern industrial automation, robotics, and high-speed data transmission applications. Combining advanced engineering, robust materials, and versatile capabilities, this slip ring offers exceptional performance for systems requiring both power and signal transmission.

 

Technical Specifications of the LPT025-0620-08S-E3

Multi-Signal and Current Transmission Support

The LPT025-0620-08S-E3 slip ring is designed to handle multi-signal channels, enabling simultaneous power, control, and data transmission across a rotating interface. This makes it a valuable component for systems that require diverse signal types, from analog to digital, and allows for smooth integration with complex industrial machinery.

 

Gigabit Ethernet Capability

One of the standout features of this slip ring is its support for Gigabit Ethernet transmission. With the growing need for high-speed data communication, especially in robotics, automated manufacturing, and telecommunication, the LPT025-0620-08S-E3 ensures fast, reliable data transfer without compromising performance or quality.

 

Precious Metal Contacts

For enhanced durability and low-maintenance operation, the LPT025-0620-08S-E3 uses precious metal contacts. These materials reduce wear and tear, ensuring stable electrical performance over extended periods, even under the demanding conditions of high-speed rotation and frequent use. The result is a long-lasting slip ring that requires minimal maintenance and offers superior performance.

 

IP54 Protection

With an IP54 rating, this slip ring is protected against dust, dirt, and splashing water, making it suitable for operation in harsh and industrial environments. This level of protection ensures that the slip ring performs reliably, even when exposed to contaminants, moisture, or challenging conditions, such as high temperatures or vibrations.

 

Through Bore Design

The through bore feature of the LPT025-0620-08S-E3 allows for easy integration into systems with limited space. This design permits the passage of cables, shafts, or other components through the center of the slip ring, enabling flexibility and space optimization in industrial setups.

 

The LPT025-0620-08S-E3 Through Bore Slip Ring is a high-performance, versatile, and reliable solution for industries that demand seamless power and signal transmission across rotating interfaces. Whether in automation, robotics, telecommunication, or industrial machinery, this slip ring excels in delivering high-speed data transmission, durability, and long-term reliability. With its combination of precious metal contacts, IP54 protection, and Gigabit Ethernet support, the LPT025-0620-08S-E3 ensures optimal performance in the most demanding applications.

In modern industrial applications, systems that require both power and fluid transmission often face unique challenges in terms of integration, performance, and maintenance.JINAPT The LPPL000-02A-0516-01U2-01E2-01HD Gas-Liquid Electric Integrated Slip Ring offers a dual-module structure that combines electric slip rings and gas-liquid slip rings into one efficient, flexible, and easy-to-operate solution. Designed to meet the needs of sophisticated machinery in industries like automation, robotics, and manufacturing, this integrated slip ring provides seamless integration of electrical power and gas-liquid transmission, ensuring smooth operation in dynamic, high-demand systems.

 

Key Features of the LPPL000-02A-0516-01U2-01E2-01HD Gas-Liquid Electric Integrated Slip Ring:

Double-Layer Structure for Efficient Integration

The LPPL000-02A-0516-01U2-01E2-01HD features a double-layer design, where the gas-liquid module and the electric module are combined into a single unit. This dual-module configuration ensures that both the electric and fluid transmission components can work in tandem while maintaining separation to optimize performance and reduce the risk of interference between the two systems. This setup enhances efficiency in complex systems that need to manage both power and gas-liquid functions simultaneously.

 

Flexible Design: Through Hole or Solid Structure

This slip ring offers the flexibility to be configured as either a through-hole or solid structure depending on the specific requirements of the terminal equipment. The through-hole option allows for the passage of other components, cables, or shafts through the center, making it ideal for certain machine designs. On the other hand, the solid structure is designed for more compact installations where a through-hole is not required. This versatility makes it adaptable to a wide range of industrial applications.

 

Gas-Liquid Module in the Outer Layer

In this integrated slip ring, the gas-liquid module is positioned in the outer layer, while the electric module is housed within the inner layer. This arrangement optimizes the connection of pipelines for the gas-liquid module, ensuring easy routing and maintenance of fluid lines. The distinct separation of these modules makes it easier to manage different systems without compromising on performance.

 

Quick Disassembly and Installation

One of the standout advantages of the LPPL000-02A-0516-01U2-01E2-01HD integrated slip ring is its quick disassembly and quick installation feature. The slip ring is designed for easy setup and maintenance, allowing for faster operational deployment and minimizing downtime during maintenance. The flexibility to rapidly assemble and disassemble the system also simplifies the upkeep and replacement of components, reducing the time and effort required to maintain high-performance levels.

 

No Shared Spindle for Independent Operation

The electric and gas-liquid modules in this slip ring are designed to operate independently, with no shared spindle. This feature enhances the system’s flexibility and efficiency, as it allows each module to function according to its own requirements without any mechanical interference from the other. By decoupling the two systems, this design increases the overall reliability and stability of the slip ring, even in demanding environments.

The 15th China Airshow was successfully concluded in Zhuhai on November 17. This exhibition fully demonstrated the national defense strength of the integration of land, sea and air force equipment. The debut of advanced equipment such as the J-35A fighter and the Hongqi-19 surface-to-air missile, as well as the collective appearance of unmanned combat platforms such as the Rainbow-7 UAV and the “Robot Wolf”, demonstrated the vigorous development of China’s aviation industry and its technical strength in the field of unmanned combat. Behind these cutting-edge equipment, conductive slip rings as a key component are also silently playing an irreplaceable role, promoting the continuous breakthrough of aviation technology.

In modern aviation equipment, conductive slip rings are a core component used to achieve electrical connection between rotating parts and fixed parts. Whether it is a fighter, a UAV, or a radar system, slip rings play the important role of signal transmission and power supply in complex electromechanical systems. Take the J-35A as an example. This latest carrier-based aircraft equipped with a domestic engine, its multi-function radar system, high-speed rotating optoelectronic equipment, etc. are inseparable from the support of slip ring technology. These slip rings must have high precision, high durability and high transmission efficiency to ensure the stability and real-time performance of signal transmission during high-speed maneuvers of the aircraft.

The computer DIY market has a certain scale, but its industry has almost no relevance to the slip ring industry. After all, computer motherboards, CPUs, and memory are all consumer-grade shelf electronic products, and no extra processing is required. However, as time goes by, some high-end DIY players with strong hands-on ability are no longer satisfied with determining the configuration and purchasing assembled computers by themselves, but want to add some novel functions to their computers. In this process, they may need to use components such as slip rings.

Among the signal slip rings developed by JINPAT, HDMI and DP signal integrated slip rings are specially developed for the field of computer high-definition multimedia signal output. In addition to being used in industrial robot vision and VR equipment, some strange and creative devices developed by high-end computer DIY players are also often served by this type of slip ring. Since DP and HDMI signals have very strict requirements for signal transmission distance, the high-definition integrated slip rings used by JINPAT for these DIY players are basically small products, and the length of the wires at both ends of the slip rings has certain restrictions.

Take the HDMI and USB signal integrated slip ring developed by JINPAT for an overseas customer as an example. It uses the mold of JINPAT’s standard product LPM-30B, model LPM-30B-HD01-U2-0203, with a diameter of only 16mm and a length of 37mm. It has 1 HDMI signal and USB2.0 signal channels, and supports the rotation transmission of high-definition video signals up to 1080P@60fps. For DIY players, HDMI signal integrated slip rings are not enough, because this type of signal slip ring only supports NVIDIA graphics cards, and the high-definition video signal output interface of AMD graphics cards is DP, so JINPAT also develops high-definition video integrated slip rings in addition to the DP interface.

OPTOELECTRONICS leads the future and drives application innovation! THE 25TH CHINA INTERNATIONAL OPTOELECTRONIC EXPOSITION will be held at the Shenzhen Word Exhibition and Convention Center from September 11th to 13th! JINPAT will be honored to participate in the exhibition with advanced technology and excellent products, and we sincerely invite you to visit!

 

As a comprehensive exhibition covering the entire optoelectronic industry chain, CIOE brings together more than 3,700 high-quality exhibitors from more than 30 countries and regions around the world. As a professional slip ring manufacturer,JINPAT Electronics has nearly 30 years of industry experience and is committed to providing customers with excellent slip ring solutions and technical services. At this Optical Expo, JINPAT will showcase a series of independently developed innovative products and application cases such as production equipment and test benches through product case sharing.

 

At this exhibition, our company will exhibit a series of representative product case sharing to show customers JINPAT’s independent research and development and innovation capabilities in different scenarios, as well as the outstanding achievements of its products in practical applications.

 

As a professional slip ring manufacturer with strong technical strength, JINPAT’s R&D team has nearly 100 engineers in professional design, process engineering, experimental testing, quality control, etc., and is committed to providing customers with highly personalized slip ring professional customization solutions.

 

JINPAT hopes to have in-depth exchanges with more partners and customers through this Optical Expo, jointly explore the future development direction of slip ring technology, and create a new chapter in the industry. Our company will continue to work hard to provide customers with more advanced and reliable slip ring solutions to help the innovative development of all walks of life!

 

Exhibition No.：10D155

 

Exhibition Time：September 11, 2024 – September 13, 2024

 

Exhibition Location：Shenzhen Word Exhibition and Convention Center

 

JINPAT sincerely invites you to visit the Shenzhen World Exhibition & Convention Center to witness JINPAT’s outstanding strength and innovative achievements in the slip ring field. Let us work together to create a better future and share success!

Oil and gas exploration equipment is an important part of China’s high-end equipment manufacturing industry. At the same time, slip rings are also installed in many places on the equipment in this field.As a professional slip ring manufacturer, JINPAT also often designs and manufactures corresponding slip rings for offshore oil and gas exploration industry equipment. In this article, we will deeply analyze what slip rings are used in the lower deck of oil and gas exploration equipment.

 

In the equipment industry, the equipment on the drill pipe usually needs to go down to the water thousands of meters deep in the sea. In order to meet the power output of the drill pipe, a high voltage of at least 2500V must be used to achieve the purpose of long-distance transmission. Slip rings similar to oil drilling platforms and deep-sea exploration robot control center slip rings used on oil and gas exploration ships also increase the rated working voltage of the slip rings to 2500V in order to ensure the power supply of underwater robots that go thousands of meters deep into the seabed.

 

Whether it is the slip ring of a deep-sea exploration robot or the slip ring on the drill pipe of an oil drilling platform, both are high-voltage slip rings, and both use carbon brushes and copper rings for contact; but the required rated current is very small. For example, the slip ring on the drill pipe of a drilling platform only has a current of 120A. the current path of the slip ring of a seabed exploration robot is only about 20A per circuit. So, are there any slip rings with higher voltage and larger current in the equipment of the oil and gas exploration industry? Yes, such slip rings are slip rings for pod-type electric thrusters.

 

Pod electric propulsion is commonly used in luxury cruise ships, scientific research ships, oil drilling platforms and other ship platforms. Why is it called a pod propulsion slip ring? Because this type of propulsion directly uses a motor to drive the propeller forward. The motor and propeller are hoisted and installed at the stern of the ship. The reason why it is called a rudder propeller is related to the ability of 360° wireless rotation given by the slip ring.

 

The slip rings installed on the podded electric propulsion system are usually rated at several thousand amperes to meet the high power requirements of the propulsion system. For example, the 3MW podded electric propulsion system slip ring developed by JINPAT has a designed rated current of 4000A.

In modern aerospace engineering, ensuring the safe operation of equipment is of vital importance. Recently, China’s commercial aerospace sector has once again become the focus due to a serious accident during the test run of the Tianlong-3 rocket, which has attracted widespread attention. This incident once again highlights the importance of key technologies in aerospace engineering. Slip rings, as a high-precision rotary joint device, have multiple functions and are widely used in aerospace, aviation, transportation, industry and other fields.In the future, with the continuous advancement of technology, slip rings will continue to develop in the direction of greater intelligence and efficiency, providing more advanced, high-precision and high-efficiency transmission solutions for various fields, especially playing a key role in ensuring the safe operation of aerospace equipment.

 

The Tianlong-3 rocket, the “protagonist of the accident” this time, was designed to support the construction of China’s satellite Internet constellation, and its technical specifications are comparable to those of the US SpaceX’s Falcon 9.This liquid carrier rocket with a diameter of 3.8 meters and a takeoff weight of 590 tons uses a parallel structure of nine TH-12 engines and liquid oxygen-kerosene propellant. It has excellent carrying capacity, making it one of China’s largest liquid commercial rockets.However, the occurrence of this test run accident revealed the lack of a technical detail: the lack of a steel cable restraint system. In rocket tests, the steel cable restraint system can effectively ensure the stability and safety of the rocket during the test run and prevent similar accidents from happening.As part of the cable restraint system, the slip rings played a key role by providing electrical connections and allowing the rocket to transmit data and power signals during the test run.

 

The application of slip ring technology in the aerospace field is not limited to the rocket test stage. Slip rings also play an important role in the actual launch process. For example, they play the role of bridging connection in the navigation, control and communication systems of rockets and spacecraft. Slip rings can transmit high-speed data, video signals and power to ensure the normal operation of various systems during flight. They are one of the indispensable technologies in the modern rocket launch process.

 

Therefore, it can be seen from the Tianlong-3 rocket accident that it is crucial to further strengthen the research and development and application of slip ring technology. In the future, with the rapid development of China’s commercial aerospace industry, technological innovation and safety management will become key factors in promoting the continuous progress of the industry. By improving and perfecting slip ring technology, the safety and efficiency of rocket testing and launch can be improved, laying a solid foundation for the long-term development of China’s aerospace industry.

 

In summary, the reflection triggered by the Tianlong-3 rocket accident is not only a warning for safety management, but also a reflection on the application of key aerospace technologies. In future aerospace projects, the advancement of slip ring technology will bring more stable and reliable support for rocket launch and operation, and promote China’s commercial aerospace to new heights.

The application of JINPAT slip ring in projectors is mainly reflected in its unique performance and technical characteristics, which can ensure the uninterrupted transmission of power and optical fiber signals when the projector is rotating at 360 degrees. The following is a specific analysis of the application of JINPAT slip rings in projectors:

 

1, to solve the winding problem: the projector needs to achieve 360 degrees of rotation in the work to provide multi-angle projection effect. However, the traditional cable is prone to winding and breaking during the rotation process, which affects the normal use of the projector. As a precise power transmission device, slip ring can effectively solve this problem. Through its internal rotating interface, the slip ring enables stable transmission of electrical signals and energy, ensuring that no cable entanglement or breakage occurs during rotation of the projector.

 

2, high-performance transmission: JINPAT slip ring has the characteristics of small insertion loss, high revolution, no contact, no friction, etc., to ensure the high-quality transmission of power and optical fiber signals. This allows the projector to maintain stable performance during rotation without problems such as signal interruptions or distortion.

 

3, widely used: the application of slip rings in projectors is not limited to general display occasions, but also widely used in high-end robots, remote control systems, radar antennas and other fields. In these fields, the slip ring can also play its unique performance advantages to provide reliable support for the stable operation of various rotating equipment.

 

4, installation and maintenance: Although the installation and maintenance of the slip ring requires a certain amount of professional knowledge and skills, by following the correct installation steps and precautions, you can ensure the stable operation of the slip ring in the projector. At the same time, regular maintenance and inspection can also find and solve potential problems in time to extend the service life of the slip ring.

 

In summary, the application of JINPAT slip ring in projector not only solves the problem of winding, but also provides high-performance transmission and a wide range of application scenarios. With the continuous development of technology, JINPAT slip rings will be more and more widely used in projectors and other fields.

The 2024 Paris Olympics is about to be held, and there will be an opening ceremony that will attract worldwide attention. In previous Olympic opening ceremonies, HDMI Slip Rings were used in cameras and stabilization equipment, as well as other types of Electronic slip rings including rotating stages.As a professional slip ring manufacturer with nearly 30 years of experience, JINPAT Electronics is paying attention to the advanced technical equipment that may be used in the Olympic New Media Center and other key venues, especially in the application of HDMI slip rings.

 

 

In previous Olympic opening ceremonies, the most impressive thing for people was the lighting ceremony.Taking the Beijing Winter Olympics as an example, after the ignition, the lit Olympic torch was installed in the middle of the snowflake sculpture and rotated continuously with the sculpture, while the snowflake sculpture was installed in the ribbon-shaped sculpture, and the ribbon sculpture rotated counterclockwise along with the base.In order to ensure that the Olympic torch burns brightly for 24 hours at night, A electronic slip ring needs to be installed under the torch sculpture.If the torch does not use hydrogen as fuel, then a Pneumatic Hydraulic Integrated Rotary Joint is required to transmit combustible gases such as natural gas and hydrogen.

 

Since this snowflake sculpture is integrated with LED lights, although there are many light groups, the total power is not large and the working voltage is not high.When designing the Conductive Slip Ring, two 15A current paths and one grounding path are designed to fully meet the power supply needs of the sculpture.Even if a backup path is added, only Two paths with the same current need to be added, which has little impact on the structure, cost, etc. of the conductive slip ring.

 

The design and manufacturing of the conductive slip rings used in the Olympic torch is not difficult. At present, most of the hundreds of conductive slip ring manufacturers in China have the ability to design such integrated rotary joints. As a long-established slip ring manufacturer, JINPAT Electronics naturally has the ability to design and manufacture such products.

With the rapid development of modern technology, more and more sophisticated and efficient products are appearing in our daily lives. JINPAT’s circulating fan slip ring is one of them. It has won a place in the field of electronic devices with its compact size and excellent performance.

 

 

The outer diameter of the circulating fan slip ring is only 12.5mm, and its length is only 25.5mm.Such a compact size not only facilitates installation and use in limited space,but also greatly enhances the portability and flexibility of the product.Whether it is precision instruments or small devices, this slip ring can be easily integrated and play its key role.

 

 

Although small in size, the performance of this slip ring is not compromised at all. It adopts precious metal contacts, which have excellent conductivity and corrosion resistance, ensuring that the slip ring maintains stable performance during long-term use. At the same time, precious metal contacts also improve there liability of slip rings, reducing the failure rate caused by poor contact or oxidation.

 

 

 

It is worth mentioning that this ultra micro slip ring has also passed the internationally recognized safety certification standard UL certification, ensuring that the product has reached international standards in electrical safety, mechanical performance,and other aspects. The ultra miniature slip ring with UL certification undoubtedly provides users with strong security guarantees.

 

 

In addition, this slip ring also has excellent wear resistance and service life. After careful design and manufacturing, it can operate stably in harsh working environment sand provide stable and reliable power connections for various electronic devices. Its emergence not only improves the overall performance of devices,but also brings more convenience and comfort to our lives. I believe that with the continuous advancement of technology, this slip ring will play an important role in more fields, bringing more surprises and possibilities to our lives.

Since 1839, camera photography products have evolved from ordinary cameras to cameras that can simultaneously transmit audio and video signals, and can meet the 360 degrees rotation function without blind spots. The application fields of monitoring devices also range from public transportation monitoring and security systems to household pet and baby monitoring and recording devices. Behind each surveillance camera, there is a corresponding high-definition camera slip ring.

 

 

The slip ring is an essential component in the entire monitoring system. It is responsible for monitoring the audio and camera signal transmission required for the camera, and meeting the 360 degrees rotation requirements. As the most critical and vulnerable component in the entire system, the reliability of the slip ring is the key to determining the long-term stable operation of the monitoring system. As a veteran slip ring manufacturer, JINPAT has rich experience in slip ring structure design,ensuring excellent slip ring quality and stable performance.

 

 

JINPAT has designed slip rings that matchpan tilt camera products such as camera arms and handheld stabilizers. The LPMS ultra micro slip ring has an outer diameter of only 4.5mm, making it a small-sized slip ring suitable for various small camera devices. There are also LPCC series slip rings that can meet the transmission of high-definition video signals such as HD-SDI or 3G-SDI. JINPAT surveillance camera slip rings are relatively light weight, easy to disassemble and assemble, with low torque. The shell is mostly made of stainless steel material, which has strong corrosion resistance and greatly prolongs the life of the slip ring. Short in length, suitable for installation in compact spaces. In addition, JINPAT also supports customization of various products, greatly meeting the needs of every user.

 

 

As a professional manufacturer of conductive slip rings, JINPAT is committed to providing high-quality customized products and solutions for every customer.