Laser cleaning operating principle This type of fiber manipulator is pumped by a coupled output semiconductor, which has higher energy conversion efficiency. Adopt the water cooling system. The heat dissipation structure is more compact, lighter, easier to carry and clear at a glance. All-fiber design makes the structure more compact, finer and finer Compared with …
Fiber lasers have become the mainstream application in the field of power batteries The continuous improvement of power battery performance forces the upgrade of intelligent manufacturing of lithium battery equipment, and IPG lasers are widely used in the power battery industry for cell and module welding, cleaning before welding, and pole piece cutting. Fiber lasers …
Fiber Lasers Have Become The Mainstream Application In The Field Of Power Batteries Read More »
With the development of laser technology, the application of lasers is becoming more and more common. Laser soldering is one of them, because of the advantages of non-contact welding, fast and efficient, high precision, beautiful welds, unlimited product appearance, easy control, and strong adaptability. , Laser soldering technology has gradually replaced traditional soldering iron, especially …
Experts at Heriot-Watt University in Edinburgh are developing a new system that will help surgeons better distinguish cancer cells from normal tissues and remove them without damaging surrounding healthy tissue. The new system will be based on an ultrafast picosecond laser, which provides energy in a series of pulses that are one trillionth of a …
If the vacuum ultraviolet laser can be focused into a small beam spot, it can be used to study the structure of mesoscopic materials, and make nano-objects with better precision. In order to achieve this goal, Chinese scientists have invented a 177-nanometer VUV laser system that can achieve sub-micron focus at long focal lengths. A …
Chinese Scientists Developed 177nm Vacuum Ultraviolet Laser Read More »
Traditional kitchenware processing equipment uses CNC punching machines, and then works with polishing, shearing and bending processes to form the final shape. This processing efficiency is relatively low, the mold making time is relatively long, and the cost is relatively high. The metal laser cutting machine is produced under the premise of the urgent demand …
What Advantages Of Laser Cutting For Stainless Steel Kitchenware? Read More »
Researchers from Hokkaido University in Japan reported an advanced laser technology in a research published in Physical Chemistry Letters that allows researchers to observe the process of pollutants decomposing into atmospheric nitrous acid in real time. Nitrous acid plays a key role in the formation of ozone and photochemical smog. Nitrophenol is a fine particulate …
Fraunhofer ILT. launched a new LPBF (Laser Powder Bed Fusion)-preheating concept using VCSEL (Vertical Cavity Surface Emitting Laser), additive manufacturing materials and enhanced software for accurate cost and construction time calculations for LPBF processes. The Fraunhofer Institute in Germany enjoys a worldwide reputation, focusing on optics and laser manufacturing technology. From the development of new …
New Laser Heating Additive Manufacturing Technology Read More »
At present, the application of copper materials in the field of additive manufacturing still faces technical challenges. In the metal powder additive manufacturing process, if the commonly used laser powder bed melting band is adopted, only a small part of the energy will be absorbed by the material, which is also an important reason why …
Graphene Reduces The Laser Reflectance Of Copper Powder By Up To 67% Read More »
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