Month: February 2025

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.