Laser welding processing is characterized by its ability to reduce the effects of distortion caused by heat compared to conventional welding!
Our company performs welding with minimal distortion using laser technology. The laser light emitted by the laser oscillator is narrow, and the range of heat input to the material is limited, which significantly reduces the impact of heat-induced distortion compared to conventional welding. As a result, it is highly effective for small welds, such as those on thin plates (0.5t), as well as relatively precise welding. Additionally, since the laser light penetrates deeply into the material, using high-output laser welding oscillators, such as 5000W, allows for penetration through thick plates (e.g., 9t) from one side without the need for beveling. **Features** - Reduces the impact of heat-induced distortion - Highly effective for small welds and relatively precise welding on thin plates (0.5t) - Stable and uniform welding beads can be achieved through numerical parameter control of robots and laser oscillators, allowing for control of heat input based on the item. *For more details, please refer to the PDF document or feel free to contact us.*
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basic information
**[Mechanism of Laser Welding]** The laser light generated by the laser oscillator is directed to the center of the materials through a fiber cable. This method fuses the base materials together while blowing shield gas (such as nitrogen or argon gas) onto the joint. As the materials are being fused and the shield gas is applied, the drive axis (such as a robot) moves to advance the laser welding process. *For more details, please refer to the PDF document or feel free to contact us.*
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**Application of Laser Welding to Products** In some cases, tasks that were considered standard in conventional welding, such as preparing bevels and allowing space for the length of the weld leg, may become unnecessary. Depending on the design method, there is a possibility of significantly reducing processes, which can lead to cost savings. Additionally, for materials like stainless steel, which typically experience thermal distortion, the amount of thermal distortion can be reduced, potentially allowing for a decrease in manufacturing processes. *For more details, please refer to the PDF document or feel free to contact us.*
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Company information
Kaneyoshi Co., Ltd. is engaged in the wholesale business of various metal materials, including general steel and stainless steel, as well as processed products. We use lasers for three processing methods: laser cutting, laser welding, and bending, and we can process anything. With six laser cutting machines, including two 8KW fiber laser cutting machines, and a stock of 150 types of plates, we achieve low prices and short delivery times for our products.