A widely-used method for surface preparation, abrasive blasting, involves the removal of paint, corrosion, or debris from surfaces via high-pressure blasts of air, water, or other substances. Even though it is a very successful process, manual labourers may run the risk of injury. Robots for abrasive blasting can help with that. These robots streamline the procedure, which has numerous advantages like increased productivity, quality, and safety.
In this blog post, we’ll look at the different kinds and uses of abrasive blasting robots and how they’re altering the way surfaces are prepared.
Advantages of Robotic Abrasive Blasting
Improved worker safety is one of the main advantages of using robots for abrasive blasting. Robots minimise the need for employees to undertake dangerous activities like working at heights or in cramped areas since they can complete the activity without human assistance, lowering the chance of accidents and injuries.
Automation also improves quality and consistency since fewer human errors can occur because robots can do tasks with better accuracy and precision. Additionally, the continuous operation of abrasive blasting robots for long stretches of time without the need for pauses boosts production and minimises downtime.
Robots For Abrasive Blasting Types
Abrasive blasting robots come in a variety of varieties and are currently offered on the market. Robotic blasting systems are one of these kinds, and they use abrasive media to remove coatings and other compounds from surfaces. These robots can function on various materials, encompassing metals, concrete, and wood.
They can also be modified to operate on intricate surfaces or in small areas. Vapor abrasive blasting robots are another kind of robotic surface preparation procedure. They use wet abrasive media to polish surfaces while using less water and less dust. This technique is eco-friendly and frequently used to restore old structures or monuments. Another robotic surface preparation method is laser cleaning, which use a powerful laser beam to either eliminate pollutants or convert them to gas, which is subsequently extracted using a fume extraction device.
In the aircraft industry, laser cleaning is frequently employed since it is perfect for fragile surfaces.
Types of Abrasive Blasting Robots
Robots that use abrasive blasting are employed in a number of sectors, including the automotive, aerospace, building, and marine ones. These robots are versatile and suitable for a variety of applications, including cleaning, coating elimination, and surface preparation. Robots can be used, for instance, in the automobile industry to clean impurities and outdated coatings from the surface of car bodies prior to painting, creating a smoother and more uniform appearance.
Robots that employ abrasive blasting can be used in the marine sector to remove rust and corrosion from ship hulls, enhancing performance and increasing lifespan. Robots are employed in the construction sector to remove outdated coatings or to prepare surfaces, such as building facades and bridges, for new coatings.
Robotic abrasive blasting is revolutionising surface preparation, offering automation and a host of advantages to a variety of sectors. Abrasive blasting robots are a useful tool for surface preparation, coating removal, and cleaning since they have enhanced safety, quality, productivity, and uniformity.
We may anticipate additional cutting-edge uses for abrasive blasting robots in the future as technology develops. These robots have significantly changed industries and brought about advancements that are good for society, the environment, and the workforce. Visit our website for more!