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Development History

  • Hiscience Slip Ring Obtains Military-Grade Product Certification

    Hiscience's slip ring has successfully obtained military-grade product certification, ensuring its reliability and performance in demanding and critical applications within the defense and aerospace sectors.

  • First Manufacturer to Launch Fully Automated and Intelligent Slip Ring Production Line and Big Data Center

    Hiscience has become the first manufacturer in the industry to establish a fully automated and intelligent slip ring production line. Alongside this, the company launched its slip ring big data center plan, driving the simultaneous advancement of automation, intelligence, standardization, and data in the slip ring industry.

  • Hiscience Capsule Slip Ring: New Structure and Technology with Multiple Patents and Enhanced Efficiency

    The innovative structure and technology of the Hiscience capsule slip ring have secured multiple national patents, revolutionizing the traditional slip ring design. The patented photoelectric slip ring now boasts a production efficiency over 10 times higher than traditional models, with a straight-through rate reaching an impressive 100%.

  • Research and Development of New Structure and Technology for Capsule Slip Ring: Establishing a New Brand Image

    Hiscience has pioneered the research and development of a new structure and technology for capsule slip rings, abandoning the old design to create innovative solutions. This initiative has helped establish a new brand image as the "Innovator of Slip Ring Technology," enhancing product performance and reliability.

  • evelopment and Mass Production of Capsule Slip Ring Series for Security Solutions

    Hiscience successfully developed and mass-produced a series of capsule slip rings specifically designed for security solutions, providing reliable and efficient signal transmission in advanced security and surveillance systems.

  • RF Slip Ring and Electric Slip Ring Used in Multiple Projects at Harbin Military University

    Hiscience's RF slip rings and electric slip rings are being utilized in collaboration across several projects at Harbin Military University, advancing research and development in military and communication technologies.

  • Multi-Channel RF and High-Frequency Slip Rings Deployed in Military Industry Equipment

    Hiscience's multi-channel RF and high-frequency slip rings have been officially integrated into the equipment of a military industry enterprise, enhancing the performance and reliability of advanced military communication and control systems.

  • Development of RF Coaxial Rotary Joint and High-Frequency Slip Ring

    Hiscience pioneered the development of RF coaxial rotary joints and high-frequency slip rings, providing reliable solutions for high-speed, high-frequency signal transmission in a variety of advanced communication and industrial applications.

  • Development and Application of Non-Contact 8-Channel Optical Fiber Slip Ring

    Hiscience advanced the development and application of a non-contact 8-channel optical fiber slip ring, offering improved performance and reliability for complex communication systems and enabling seamless data transmission across multiple channels.

  • Development and Mass Production of Non-Contact Single-Channel Optical Fiber Slip Rings

    Hiscience successfully developed and mass-produced a non-contact single-channel optical fiber slip ring capable of exceeding 100 million RPM, marking a significant achievement in high-speed, high-performance connectivity solutions for advanced applications.

  • Partnership with Wuhan Research Institute on Optical WDM Development

    In collaboration with the Wuhan Research Institute of Posts and Telecommunications, Hiscience developed multiple optical wavelength division multiplexers, enhancing the company’s capabilities in advanced communication technologies.

  • Optical fiber connectors and optical fiber jumpers

    In 2011, Hiscience began producing optical fiber connectors and jumpers, contributing to the growth of high-performance communication networks and reinforcing its commitment to innovation and quality.

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