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The primary impact of promoting and applying welding automation lies in effectively addressing the long-standing dilemma of a shortage of experienced

Welding automation, through the integration of robots, sensors, and intelligent control systems, significantly improves the efficiency and level of we

Welding automation, also known as intelligent welding technology, refers to the automated control of the welding process using technologies such as co

The quality evaluation of alloy powders includes multiple indicators: chemical composition, particle size distribution, particle morphology, flowabili

The properties of alloy powders depend on their chemical composition, particle structure, and preparation process.

Alloy powders are metallic powders formed by partial or complete alloying of two or more components. They mainly include iron alloy powders, copper al

These two processes each have their own advantages, but they can also work well together—future developments may lead to even more efficient applicati

Laser cladding generally achieves a higher hardness than conventional quenching. Laser heating has a very high power density, meaning that each unit a

With the development of mechanized industry and compared with other cladding technologies (such as tungsten carbide spraying, tungsten carbide plasma

Laser cladding is a novel surface modification technology with significant social and economic value, and it belongs to the category of green manufact

Laser cladding offers several advantages, including rapid cooling (up to 10^6 K/s), low coating dilution (typically less than 5%), low heat input and

Laser cladding processes can be broadly categorized into two types based on the method of material supply: pre-placed laser cladding and synchronous l