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Precise Sander Support for Construction

The building sector is constantly looking for innovative solutions. The Skeletime system is the solution to the problems of the sanding world for the creation of perfect surfaces.

The demand in the building industry for a perfect sanded surface that does not have undulations derives, above all, from the great demand for plasterboard.

This product is mostly used inside buildings and a corresponding standard (UNI 11424) establishes criteria (called Q1, Q2, Q3, Q4) for its surface level already established in construction specifications.

Thanks to Skeletime’s patent, in just a few steps, it is possible to harmoniously obtain the highest level of the UNI standard. All this, with a considerable reduction in the use of manual work.

Main technical benefits of the construction sector

Powerful dust extraction in both vertical and planar directions

Thanks to its patented design, you get polished substrates already sucked in, less dust in the air and less contamination in painting. Even discs that do not fit on the suction holes have excellent results.

Higher sanding disc performance 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 grit size, it attacks and abrades the surface more but at the same time delivers a more even surface with less roughness.

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

Thanks to its patent, the abrasive backing does not wrap around and ruin the work.

It can be tilted during machining to reduce the polished spaces

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

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.