HTC recently announced the new HTC One S, which features a unique unibody casing, and now HTC has released a video on how they create the casing for the HTC One S.
What they do is take a standard aluminum case, and then pump 10,000 volts through the casing, which would be the same as if the device was struck by lightning.
The 10,000 volts going through the HTC One S casing causes microscopic changes to the metal’s structure, and when the process is finished the metal is 5 times stronger than before.
Innovative Manufacturing Process
This innovative manufacturing process, known as micro-arc oxidation, is not only fascinating but also highly effective. The technique involves creating a plasma discharge on the surface of the aluminum, which results in the formation of a ceramic-like coating. This coating significantly enhances the durability and strength of the metal, making it more resistant to scratches and wear. The process is akin to a controlled lightning strike, which is both a testament to modern engineering and a marvel of material science.
The micro-arc oxidation process is not just about strength; it also improves the aesthetic appeal of the device. The resulting finish is smooth and uniform, giving the HTC One S a premium look and feel. This is particularly important in the highly competitive smartphone market, where design and build quality can make a significant difference in consumer choice.
Real-World Applications and Benefits
The benefits of this process extend beyond just the HTC One S. The principles of micro-arc oxidation can be applied to various other industries and products. For instance, aerospace and automotive industries can use this technology to create stronger and more durable components. The medical field can also benefit from this process by producing more resilient surgical instruments and implants.
Moreover, the enhanced durability of the HTC One S means that users can expect a longer lifespan for their devices. This is a significant advantage in a world where electronic waste is a growing concern. By creating products that last longer, HTC is contributing to a more sustainable future.
In addition to durability, the process also allows for greater customization. Different voltages and processing times can result in various colors and finishes, providing manufacturers with the flexibility to create unique and personalized products. This level of customization is particularly appealing to consumers who are looking for devices that stand out from the crowd.
The HTC One S is a prime example of how innovative manufacturing techniques can lead to superior products. By investing in advanced technologies like micro-arc oxidation, HTC is setting a new standard in the smartphone industry. This commitment to quality and innovation is likely to resonate with consumers and set the HTC One S apart from its competitors.
Source Gizmodo
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