At the beginning of the new year, AI accelerates intelligent transformation in the hydraulic industry, driving development towards high efficiency, low noise and intelligence. Bosch Rexroth uses AI-driven LVDT technology to improve hydraulic valve precision, service life and reduce vibration losses; Hengli Hydraulics adopts AI simulation systems to accurately control aluminum valve block parameters, extending product life by 30% and reducing defect rates by 40% via AI inspection. Sany Heavy Industry uses AI algorithms to analyze operational data, enabling early fault warning and cutting unplanned downtime by 60%; AI-optimized energy consumption supports construction machinery electrification, with China’s electric loader penetration exceeding 13.7% in 2025. In the supply chain, Parker Hannifin uses AI to optimize inventory scheduling, improving logistics efficiency by 25%; Hengli Hydraulics’ AI-assisted marketing drives 15.29% YoY overseas revenue growth in 2024. Industry reports indicate AI is expected to boost China’s hydraulic industry efficiency by 15% annually, unlocking over 20 billion yuan in market growth over three years. Exhibitions like Changsha Hydraulic

What are the factors that affect high-end product components?

What are the factors that affect high-end product components?

Machining has multiple applications, as the current demand for output in mechanical manufacturing has decreased, while the requirements for dimensions and shapes have gradually increased, to new development trends in high-quality components. Different turning methods are required when using a lathe; however, processes such as grinding, hobbing, and milling can be performed on a single […]

Precautions for precision machining and industry requirements

Precautions for precision machining and industry requirements

Machining has multiple applications, as the current demand for output in mechanical manufacturing has decreased, while the requirements for dimensions and shapes have gradually increased, to new development trends in high-quality components. Different turning methods are required when using a lathe; however, processes such as grinding, hobbing, and milling can be performed on a single […]

Machining processes and techniques

Machining processes and techniques

Machining has multiple applications, as the current demand for output in mechanical manufacturing has decreased, while the requirements for dimensions and shapes have gradually increased, to new development trends in high-quality components. Different turning methods are required when using a lathe; however, processes such as grinding, hobbing, and milling can be performed on a single […]