Sander Buying Guide



A sander is​ an​ essential tool that will get used in​ almost all do-it-yourself projects involving wood. Sanders can be used to​ remove large amounts of​ material or​ surfaces finishes easily and quickly, in​ addition to​ being able to​ create a​ smooth surface on your finished projects. There are several types of​ sanders out there, and several of​ them can only be used only for specific applications. One key to​ deciding on a​ sander is​ to​ get the sander that will meet your needs best. Here are the varieties of​ sanders to​ consider:

-- Belt Sanders --
Belt sanders are best used during the starting phases of​ big rough sanding jobs as​ well as​ for the starting phases of​ large refinishing tasks. Belt sanders take off a​ lot of​ material in​ a​ hurry, so care must be used to​ keep from scarring the material being sanded. Belt sanders can tend to​ be heavy. Think about getting one that has an​ adjustable speed control as​ well as​ a​ lock button which lets you lock the speed which will allow you to​ place your hands in​ the most comfortable position when using the sander; this will help reduce user fatigue when using a​ belt sander.

-- Detail Sanders --
Detail sanders are littler sanders typically used to​ sand around odd shapes and in​ small nooks and crannies like carvings, slats, curves and inlays. Detail sanders are frequently used for craft projects and on mill work such as​ window and door casings. to​ get the most use out of​ your detail sander, buy one with a​ lot of​ attachments since this will make your sander more flexible and make it​ usable in​ more locations and shapes.

-- Disc Sanders --
Disc sanders come in​ both bench-mounted and hand-held models. The hand-held varieties are most suited towards home projects whereas the bench-mounted disc sanders are most often used by people who need to​ perform sanding on a​ more industrial scale. But there are some smaller bench-mounted options that are still cheap enough for consideration by the occasional user. Disc sanders are excellent for sanding angled edges and for finishing the end grain of​ wood. if​ you are thinking about getting a​ bench-mounted disc sander, additional features you will want to​ look for include: a​ belt sander somewhere on the frame; a​ tilting table; and a​ sliding miter gauge.

-- Random-Orbit Sanders --
Random-orbit sanders have circular pads that move/vibrate in​ a​ circular motion with a​ random pattern. The random pattern lets the user move the sander in​ any direction on the material being sanded, even across the grain, without marring the material surface. This is​ the "safest" type of​ sander and it​ is​ one of​ the best available multi-purposes sanders; this makes it​ an​ excellent choice for the occasional user. Most random-orbit sanders necessitate the use of​ special sand paper designed for the brand and/or model of​ the sander being used.

-- Sheet Sanders --
Sheet sanders come in​ models that make use of​ 1/4 or​ 1/3-sheets from standard-sized sheet sandpaper. Some sheet sanders make use of​ specific sand paper with adhesive or​ velcro to​ attach the sand paper on the sander. Other models are able to​ use any type of​ sheet sand paper. Obviously, the latter type of​ sheet sander is​ more flexible for the everyday user. Unlike the random-orbit sander, the sheet sander moves the sand paper in​ a​ single direction, so sheet sanders have to​ be moved along the direction of​ the grain of​ the material being sanded to​ avoid marring the surface. Like the random-orbit sander, sheet sanders are very versatile and they can be used on a​ lot of​ different types of​ projects.

-- Spindle Sanders --
Spindle sanders are excellent for edge sanding, particularly on curves. Spindle sanders are always bench-mounted tools with a​ cylindrical spindle located in​ the center of​ a​ large worktable. There are no hand-held spindle sanders. as​ such, spindle sanders tend to​ be used by more industrial users and wood-working enthusiasts. if​ looking for a​ spindle sander, your best option is​ to​ look for one with an​ oscillating spindle; the oscillations increases the rate at​ which the sander removes material and it​ reduces the probability of​ gouging the material being sanded.





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