High-Efficiency Lubrication in Electric Vehicles: Enhancing Motor Bearing Performance Through Oil Release Strategies

Enhancing Titanium Machining Precision: The Critical Role of Cutting Oils in Precision Cutting

In modern manufacturing, cutting technology is not only the cornerstone of traditional processes but also a key method for tackling the challenges posed by difficult-to-machine materials like pure titanium. As technology advances and material science rapidly evolves, cutting technology has extended from traditional metal cutting to micro structural fabrication. This is particularly evident in cutting-edge fields such as biomedicine and aerospace, where the importance of cutting technology is increasingly prominent.

Application of Cutting Fluids and MQL Technology in Micro-Milling

In modern micro-milling operations, the use of cutting fluids and Minimum Quantity Lubrication (MQL) technology has gained significant attention. Micro-milling is a crucial mechanical micro-machining method used to manufacture small parts and complex 3D structures, widely applied in industries such as electronics, medical devices, automotive, and aerospace. As the demand for micro parts increases, improving machining performance and sustainability in micro-milling has become a primary focus of research.

Palm Oil and Oil-Based Cutting Fluids: Challenges and Opportunities in Sustainability and Industrial Applications

Palm oil is one of the most important vegetable oils globally, widely used in food, cosmetics, and industrial sectors. In particular, palm oil is frequently utilized as a base material for producing oil-based cutting fluids. These industrial oils are crucial in metalworking for lubrication, cooling, and reducing wear. This article explores the connection between palm oil and oil-based cutting fluids, and examines the impact of Indonesia Sustainable Palm Oil (ISPO) certification on this relationship.

AI Server Cooling Technology: Hai Lu Jya He and MORESCO Partner for Future Thermal Management Solutions

With the rapid advancement of generative AI, the computational power of servers continues to increase, leading to significant demands for effective thermal management. Traditional air-cooling technologies are no longer sufficient to meet these needs, which has driven the adoption of liquid cooling technologies.Among these, immersion cooling is gaining attention for its outstanding heat dissipation capabilities. Hai Lu Jya He and Japan's MORESCO have joined forces, focusing on developing advanced cooling fluids to address the future cooling requirements of AI servers.