1/27/2024 0 Comments Rigid spindle sandersUnlike the regular sanders, an oscillating spindle sander uses two different motions to create abrasions and smoothen the wooden edges. How Does an Oscillating Spindle Sander Work? So, to assist you in the hunt for the best oscillating spindle sander, we have compiled a list of factors that will define the equipment and its appropriateness. With so many options in hand, selecting the right sander can be daunting and intimidating. This is why having the best spindle sander is essential for your woodworking tool collections.īut the task is easier said than done. They not only allow the workers to smoothen weird and irregular wooden surfaces but also make the work 100% accurate and precise. All in all, this combination oscillating spindle and belt sander is perfect for just about any small shop.Oscillating spindle sanders have become quite popular lately. Everything is easily accessible and the change can be done in a few seconds - no tools required. However, the greatest feature is the ease of changing between the spindle and the belt sander. Weighing in at 40 lbs., it's light enough to move around as needed, but still solid enough to run without much vibration. And with at a reasonable price, this is a tough act to follow.Īs you can see in the photos, the unit also has plenty of on-board storage in addition to a sizeable worksurface. That's just what Ridgid did with their combination benchtop sander. But imagine how useful it would be if you also incorporated an oscillating belt sander into the same tool. ![]() Worth a Look:Ī spindle sander can be a handy addition to your shop. Once you've gotten used to using an oscillating spindle sander, you'll wonder how you ever got along without one. Sanding curves doesn't have to be a chore. It's a good idea to practice sanding to a line on some scrap before working on a project. Stopping can result in sanding past a line or making scalloped marks in an edge. Instead, take light passes along the length of the workpiece. You want to avoid pushing the workpiece into the drum. The key is to keep the workpiece moving along your line. The toughest thing to get used to with these sanders is how aggressive they can be. Most models feature a small port that allows you to connect the sander to a shop vacuum (photo above). You'll be making lots of dust with a spindle sander, so dust collection is a must. This helps keep the clutter off your bench. With so many drums, sleeves, and insert plates, it's handy to have a place on the machine to store them. Some sanders have twistlock drums, while others require a tool to make the change.Īlong with each size of drum is a corresponding insert, which fills in the gap between the drum and edge of the opening tabletop. The drums are easily removeable from the spindle, so you can quickly swap one sleeve for another depending on the radius of the curve you're sanding. Typically, sanding drums for benchtop sanders range in diameter from 1/2" up to 3". Tightening a nut on the end of the spindle compresses the drum and causes it to expand slightly, holding the sanding sleeve in place. Basically, it’s a rubberlined, steel cylinder that fits over the spindle of the sander. The drum is the workhorse of the oscillating spindle sander. This allows me to sand large workpieces without fear of them tipping as I work. A 16" top is about as small as I feel comfortable with. One way to keep the prices down is to use cast aluminum instead. ![]() That's why several models feature cast iron tops. ![]() Like most power tools, a solid, flat top is critical for getting good results. Many good machines are found in the l/4 - 1/2 hp range. But the fact is, they don't really need it. The first thing you'll notice as you look at benchtop spindle sanders is that they don't offer tons of horsepower. Your choice of an oscillating spindle sander will probably come down to price and features. A number of newer benchtop sanders, however, are both affordable and effective. But these industrial floor units were too large and expensive for most small shops. Oscillating spindle sanders have been in use in production shops for years. The result is a smoother edge on your workpiece, free of burn marks. The problem is the heat generated by sanding is concentrated on one small section of the drum.Īn oscillating spindle sander solves the problem by moving the sanding drum up and down, exposing more of the surface of the drum to the workpiece. Even with patience and good technique, it's easy to burn a workpiece and ruin the sandpaper sleeve. But using a sanding drum in a drill press can present some problems. When it comes to sanding curved workpieces, a sanding drum can save you a lot of time and effort.
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