Choosing the Appropriate Sander Between Drum Sander and Orbital Sander

Differentiating different types of sanders might seem an odd task but it happens to be a very important concern for all professional sanders and beginners who love perfectly sanded floors and nothing short of perfection. Drum sander and Orbital sander are two of the most popular and most used sander equipments and differentiating them is not at all a difficult task. For instance, we can relate a drum sander to chain saw while orbital sander to a hedge trimmer. Both have the same purpose and applications but one does the work at a better and faster rate with quite a lot of power as compared to other.

Just like the example cited, some of the projects will require a ‘chainsaw’ (drum sander) while others can only be finely finished with a ‘hedge trimmer’ (orbital sander). Comparing the cutting action of a decent drum sander with that of an orbital sander, the drum Floor sander rental is pretty rigorous in its sanding process. As it moves at a speed of 1800 rpm and only a small portion is left in contact with the floor, the resultant cutting action is quite aggressive. So it can be said that while a drum sander cuts through the wood layer, the orbital sander only grinds.

Thus if you’re planning to level your wooden floor or require to repair a damage by giving the layer a fine finish, you would definitely require the drum sander as an orbital sander might not prove to be effective at all.

However for beginners and very fine sanding of floor where only a thin layer of the flooring has to be subjected to the sander, an orbital sander is the right choice. Just like its name, this sander is orbital in its functionality and nature, providing with a less risky sanding experience to the users. The plate moves in random fashion and there is no need for the sander to follow the wood’s grains. Whenever you require sanding to be done on new floors or on floors with no noticeable damage on the outer layer, it is better to plug in an orbital sander that applies less pressure on the floor layer, keeping it intact.