ZAC 1500W Continuous Laser Cleaning Machine 220V 1-Phase MAX Hand-held Fiber Laser Cleaner for Removing Rust, Paint, Oil, Coating Laser Cleaner Rust Removal Tool with 15m Optical Cable

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It is inefficient to spend a lot of physical labor to clean every part. It is expensive and can be executed more efficiently with robots. By eliminating manual labor by laser cleaning machine, this technology can easily be fully automated or semi-automated, and use the laser cleaning metal would be more completely and time cost.

The lasr rust removal gun controller and motor driver adopt a modular design, which can be matched with a suitable cleaning solution.All of our laser solutions can be automated by robots. This option is a key part of our custom build process. If you think you may want this option with your solution, talk to our sales team when discussing the features of your custom build. And, connect us with your provider so that we may guarantee the fitting. LASER RUST REMOVAL FOR DEFENSE & MILITARY APPLICATIONS Most advantage in our laser rust removal gun is : Light in weight, comfortable in hand, stable in use Sandblasting is more effective than laser cleaning in almost every way, including cost-effectiveness, precision, safety, and less damage to the surface being blasted, but laser cleaning can keep up with the effectiveness of sandblasting in almost all cases, with the possible exception of extremely densely contaminated or extremely large surfaces. Other Benefits of Laser Rust Removal

It is possible to adjust the parameters of the laser so that the intensity of the laser beam is just slightly higher than the ablation threshold of rust but lower than that of the metal being cleaned. When the rust is removed, the energy from the laser beam is dispersed as heat if it was shone on the metal surface at an intensity that was below its ablation threshold.The output of the laser will generate heat, which requires a cold water cooler to cool the laser rust remover machine. It is generally used for cooling laser and cleaning head with dual temperature and dual control. At the time of operation, technicians next to the laser cutting device do not need to wear any type of personal protective equipment for the protection of their respiratory system, hearing system, or bodies. On the other hand, they do not process any hazardous goods anymore. Laser Cleaning Pros & Cons Pros of Laser Removal

Everyone who employs abrasive blasting techniques (such as sandblasting) is forced to deal with upkeep issues: The device is plagued with many disruptions. Blasting machines require constant inspection and maintenance, whether for the presence of sand, the condition of the nozzle, or the removal of the material. Environmental Concerns: The laser cleaning process produces hazardous waste in the form of debris removed from the surface being cleaned. This waste must be disposed of properly to prevent environmental pollution.In addition, certain products, considering the seemingly harmful results, are easier to clean or more efficient with sandblasting. It means that when comparing laser cleaning over sandblasting, the correct response can depend on the type of substance that needs to be cleaned. The easiest way to decide whether laser cleaning is appropriate for your given product’s substrate is to evaluate it in the Heatsign Application Department. Examples of various goods include: Laser for wattage 100 to 200 is used in slow operations where the rust removal is applicable only in a small area and where the paint is removed from the surface to apply a new paint coating over the surface. These Lasers are not recommended to integrate into automation, as their power and frequency have limitations. Laser cleaning can serve a similar function as sandblasting whenever it comes to rust removal, various iron oxide, oil, grease, inks, paints & coatings. But laser ablation eliminates pollutants with hardly any effect on the substrate surface. It is not guaranteed in the case of sandblasting. The continuous laser cleaning machine uses the large difference in the absorption rate of the laser energy of a certain wavelength between the pollutants and the substrate, so that the laser energy is fully absorbed by the pollutants, so that the pollutants are heated to expand or vaporize. The laser rust remover price is higher than other cleaning processes, for the same reason that the cost of jet fighters is higher than that of cars. They are more complex machines with higher design and manufacturing costs. The degree of technical sophistication is not even comparable.

And since this cleaning method leaves the substrate unaffected, our laser systems provide unforeseen possibilities for an ever-increasing range of industrial uses, from branding or labeling to surface preparation for non-destructive inspection.Abrasive blasting does not require sophisticated machines for its operation. Cons of using sandblasting processes Oxidation occurs when atmospheric and environmental conditions interact with metal surfaces, causing the metal to corrode, or rust. This significantly hinders the lifespan and performance of parts and equipment. While traditional methods of rust removal and corrosion control involve blasting and lots of protective equipment, laser cleaning provides a better way forward.