Aerospace

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Precise Sander Support for Aerospace

The aircraft industry is constantly on the lookout for innovative solutions. The Skeletime system solves the problems of the sanding world to obtain a perfect surface.

The outer and inner skin of aircrafts is a harmonious blend of metal, plastic and composite fibers of various shapes and complex profiles that must be covered with protective coatings. Their weight plays an important role in fuel consumption.

Skeletime self-adapts to each aircraft shape during the sanding phase, creating, with the same grit of abrasive used, a better surface finish.

Primary objective: containment of excess coating materials

Skeletime also reduces downtime costs, thanks to its patented system, which cuts down on sanding time and consumption.

Main technical benefits of the aerospace sector

Powerful vertical and planar dust extraction

Thanks to its patent, you get already vacuumed polished substrates, less dust in the air and low contamination in painting. Even with non matching discs on the suction holes, you have excellent results.

Higher sanding disc yield and less clogging

Thanks to specific suction technology and its patented concept, which increases the contact surface area.

More power to the abrasive grit but better finish

For the same abrasive grit, it attacks and abrades the surface more. At the same time, it releases a more uniform surface with less roughness.

All this is tool-proof.

It does not round off imperfections, it totally eliminates them.

Thanks to its patent, the work it does is executive. Even through LED / UV light, everything is perfectly eliminated.

Corners and edges are preserved from peeling paint/primer materials

Thanks to its patent, the abrasive support does not wrap around and ruin the workings

It can be tilted during machining to reduce sanding spaces.

Even in this extreme process, it produces a perfectly smooth surface with no surface ripples.

Lower sander speed

Thanks to its patent, which increases the abrasive/surface contact surface, no high RPM is required to achieve optimum working speed. This means less mechanical vibration for the operator, less noise in the room, less overheating of surfaces, less consumption of abrasives, less energy consumption and much more.