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Company Develops Alloy Green Laser Pointer Technology



Wärtsilä has developed a new white alloy laser technology that can improve the combined life of marine products including bearings, thrust washers, gearboxes, lithotripters, grinders and milling machines. Because it can reduce the possibility of premature component failure, and reduce the additional benefits of component carbon footprint during component manufacturing and refurbishment, white metal green laser pointers technology can reduce millions of dollars in lost revenue for operators potential.





Wärtsilä's technical manager for the seal and bearing sector points out. "We have developed an alloy green laser pointer technology. Compared with the conventional casting process, it can improve mechanical bonding and fatigue resistance by up to 40%. The quality of the white alloy layer and the product life have been greatly improved." The new white alloy laser technology is suitable for Many white alloys as well as metal substrates and monoliths with special geometries. Wärtsilä repairs and upgrades white metal bearings and thrust pads for a wide range of industrial applications. And this green laser pointer technology has been studied in depth for many years.

But what about the different laser pointer functions? What is wrong killing, and what is wise? Can I apply for specific features? Let's take a look at the most common laser safety and usage features, what they do, and why you shouldn't look for them. Various lasers will have a key switch locking mechanism, unless the key is connected and activated (even if they are rechargeable batteries), they are not allowed to be turned on. Now you can remove the key so you don't have to use the laser while the key is hanging, which is a great security feature for those who don't want children or any unauthorized person to use them.
When you can really control the required beam width, you can aim at the target with higher accuracy over a longer or shorter distance. Because the beam of the aiming beam will widen as the beam moves outward, being able to make the beam thinner will keep the beam longer. This is very useful for many different applications when you reduce the variance.

2020-01-02 03:21:56

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