Used Glass Coating Machines

The technology of Glass Coating Machine lies in spraying a liquid coating in computer-controlled machines with an integrated polymerization system. The versatile and high performance installations from our catalogue demonstrated the efficiency of the new technological process. The machines are capable to coat various glass and specular products and materials, such as ceramic tiles, mirrors, kitchen cutting boards, protective covers, decorative panels etc.

The coating plants usually apply one or two-layer polymer coating based on metallic or pearlescent paints and a sublimation layer, when the first and a second layer are applied one after another. The old technologies like manual spraying provided separate polymerization, which increased costs and energy consumption. Glass coating machinery in our catalogue is presented by Cefla-Sorbini and Avin plants.

How to Choose Automatic Glass Painting Machine

• Consider the type of glass that will be coated. Some machines are designed for use with specific types of glass, so it’s important to make sure that the machine is compatible with the type of glass that will be used.
• Take into account the thickness of the coating that will be applied. Some machines are designed to apply thicker coatings, while others are better suited for thinner coatings.
• Determine the size of the area that will be coated. Some machines are designed for small areas, while others can handle larger spaces.

By keeping these factors in mind, it’s easy to find a glass coating machine that will meet your needs.

Pros for Buying Used Glass Coating Machine

Used glass equipment is often cheaper than new equipment. This can be a significant advantage for companies on a limited budget. Additionally, used machines for glass coating tend to be just as reliable as new ones. With proper maintenance, a used machine can last for many years. Finally, buying a used machine can also be more environmentally friendly than buying a new one. By reusing existing equipment, you can help to reduce the amount of waste generated by the manufacturing process.