CJAC
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On October 14, Beijing time, SpaceX's Starship completed its eleventh launch, bringing the second-generation vehicle's test campaign to a perfect conclusion. The flight's core highlight—the Super Heavy booster's graceful "hover" over the Gulf of Mexico—precisely tested landing technologies through a three-phase engine burn, laying the groundwork for eventual reliable recovery.
On October 14, Beijing time, SpaceX's Starship completed its eleventh launch, bringing the second-generation vehicle's test campaign to a perfect conclusion. The flight's core highlight—the Super Heavy booster's graceful "hover" over the Gulf of Mexico—precisely tested landing technologies through a three-phase engine burn, laying the groundwork for eventual reliable recovery.
Ships navigating the open seas constantly face challenges such as wave impacts and vibrations from equipment starting and stopping. The hydraulic buffer acts like an "invisible protector," using the energy-converting capacity of hydraulic oil to help ships cope with these challenges, ensuring safe navigation and stable equipment operation.
As the core power source in the industrial sector, the motor industry's future prospects are closely intertwined with the evolution of hydraulic buffers, a critical auxiliary component.
In the production workshops of smart factories, industrial robots are reshaping the manufacturing landscape with precise and efficient operations. The key component that ensures these robotic arms start, stop, and operate smoothly and accurately is the seemingly humble hydraulic buffer. Acting as the "shock-absorbing heart" of the robot, it is specifically designed to absorb impacts and reduce vibrations, providing indispensable safety assurance for automated production.
In the rapidly advancing field of intelligent prosthetic technology, the industrial hydraulic buffer—a traditional industrial component—is playing an increasingly critical role. It acts as the "flexible joint" of a prosthesis, significantly improving user comfort and mobility through precisely controlled damping force, propelling prosthetics from rigid mechanical structures toward truly humanized devices.
In highly automated semiconductor wafer fabrication facilities, the Overhead Hoist Transport (OHT) system acts as a high-speed "artery," responsible for precisely transporting wafers between sophisticated equipment. Within this extremely high-value system, hydraulic buffers play a critically important role—they are the "silent guardians" that ensure the OHT operates smoothly, cleanly, and reliably.
At the 2025 Global Industrial Internet Conference, a large number of industrial AI products made a brilliant appearance, including the SIASUN Industrial Robot Thin-Plate Intelligent Welding System and the SIASUN Intelligent Humanoid Dual-Arm Platform, showcasing the vigorous development trend of industrial intelligence.
Driven by personalized demands in the consumer goods market, the flexible production capability of blow molding machines has become a core competitiveness indicator for equipment manufacturers. The latest flexible production systems launched by industry leaders Krones and Sidel achieve ultra-fast mold changeovers and intelligent adjustments through innovative technologies, in which hydraulic buffers play an indispensable role as a "stability anchor."