Impacting multiple industries, laser micromachining allows a laser’s speed and power to dictate precise measurements which allows for very specific measurements. As a part of engineering, laser micromachining is used by many different industries to help manufacture intricate parts and products. Few people understand how laser micromachining affects so many of our everyday activities mainly in product usage. At first glance, people would probably say that laser micromachining doesn’t have any effect on their lives, but laser micromachining is used in a variety of industries which all impact our lives. From automotive parts to medical products, laser micromachining is being used to positively improve our lifestyles whether people realize it or not. Since laser micromachining requires software to operate, production costs are lowered because there is less risk of errors, and when creating intricate parts of precise measurements, accuracy is key.
1. Aerospace Industry
From communication satellites to spacecraft, the aerospace industry benefits from using laser micromachining in the manufacturing process. Laser micromachining also helps to allow the aerospace industry to produce radar systems that are used for space exploration and celestial system tracking. For satellites and spacecraft, laser micromachining allows the creation of intricate parts and the welding of different materials together. Since the aerospace industry sends products outside of the earth’s atmosphere, the intricate parts have to be as accurate as possible.
2. Automotive Industry
Most people drive a car every day, but few realize that their cars were created using laser micromachining. Using laser micromachining allows production and manufacturing to be heavily automated which reduces overall costs because it reduces the risk of error and speeds up production time. Not only does laser micromachining produce intricate car parts used in the framework and car body, but it also produces key electrical components like circuits and sensory products like tire pressure sensors.
3. Medical Industry
The medical industry is one industry who continually advances due to advancements of laser micromachining. When placing products in the human body, the measurements need to be accurate and precise, and using lasers allows products of most materials to be accurately calculated and produced. The medical industry is able to capitalize on laser micromachining advancements to produce new health products like catheters and implants because manufacturers can produce an advanced and innovative version of products that the industry they are currently using. With new products being continually released in the health market, many of them will be due to the use of laser micromachining in design and manufacturing.
4. Aviation Industry
With the aerospace industry covering products used in exploration and travel outside of the earth’s atmosphere, the aviation industry handles product usage within the earth’s atmosphere, but both of these industries rely heavily on laser micromachining. The aviation industry utilizes laser micromachining technology to create advanced product parts such as turbine blades and combustion cylinders, and when flying in an airplane, you want the blades and other key parts to be as accurate as possible. Similar to the automotive industry, the aviation industry uses laser micromachining in both the manufacturing of intricate parts and items related to electrical components.
Using laser micromachining is extremely beneficial to multiple industries because of the precise measuring and manufacturing it produces. Industries requiring exact calculations and measurements can benefit from using laser micromachining because it will save manufacturing time and excess waste, and both of these will help lower production costs. The aerospace industry, the automotive industry, the medical industry, and the aviation industry are just a few of the many industries that use laser micromachining, and as laser micromachining technology continues to advance, the number of industries using it will continue to rise. Laser micromachining has a sizable impact on the products used in our daily activities and significantly improves our quality of living.