The AIRTEC 475 high-speed pneumatic sander is a highly versatile tool designed to meet the needs of professionals working in various fields such as metalworking, automotive, craftsmanship, and woodworking. Thanks to its power and precision, it is particularly appreciated by those who need perfect finishes and fast sanding operations on different surfaces.

Its compact and lightweight design makes it easy to maneuver, even in tight spaces, allowing the operator to work comfortably for long periods without fatigue. The integrated air regulator allows the sanding speed to be adjusted based on the type of work being performed, ensuring optimal results at all times. Whether it's removing paint, rust, or processing residues, adjusting the speed enables more precise and safe work, reducing the risk of damaging the treated surface.

Features:

The sander comes with a 125mm flexible backing pad, which ensures even pressure distribution across the surface, allowing for more effective work without compromising the quality of the finish. This feature is particularly useful when working with delicate materials or complex structures where precision is key.

Professionals who use this sander also appreciate its high performance in terms of speed and power. With a speed of 20,000 RPM and a 0.40 kW motor, the AIRTEC 475 is capable of performing sanding tasks in a very short time, making it ideal for high-intensity work environments such as workshops, laboratories, and production centers. Despite its high performance, the air consumption is relatively low, making this sander an excellent choice for those with appropriately sized compressors.

When used correctly, the AIRTEC sander is capable of achieving flawless finishes on both metals and materials such as wood and hard plastics. Its applications range from removing rust and oxidation from metal surfaces to enhancing the smoothness and finish of wood or plastic, and preparing surfaces for painting.

In all cases, it is essential that the operator uses the sander carefully, adjusting the speed and pressure, especially on more delicate materials. Conducting a preliminary test on a hidden area of the surface being treated is always good practice to ensure that the results are as expected without compromising the material's integrity.