The 10 Best Rotary Tools
10. Black & Decker RTX-B
- won't bog down under load
- lacks variable speed control
- comes with few attachments
|Rating||4.3 / 5.0|
9. SE 979
- includes a mountable bracket
- uses a standard mechanical chuck
- foot control is somewhat insensitive
|Rating||5.0 / 5.0|
8. Milwaukee M12
- auto-stop prevents overheating
- surprisingly long battery life
- not ideal for heavy-duty jobs
|Rating||3.9 / 5.0|
7. Wen 2305
- includes flex shaft add-on
- comes in ac and cordless versions
- not great at cutting metal
|Rating||3.9 / 5.0|
6. Hitachi GP10DL
- backed by a lifetime warranty
- slim handle is easy to hold onto
- weighs only about one pound
|Rating||4.3 / 5.0|
5. DeWalt DW660
- extra-long 10-foot rubber cord
- durable dust-sealed switch
- well-balanced and solid construction
|Rating||4.0 / 5.0|
4. Dremel 3000
- variable speeds from 5k to 35k rpm
- great value for the cost
- should far outlast its 2-yr warranty
|Rating||4.8 / 5.0|
3. Foredom M.TX
- responsive variable-speed operation
- reliable solid-state foot pedal
- designed for overhead installation
|Model||TX 1/3 hp -TXR|
|Rating||4.7 / 5.0|
2. Dremel 8220
- powered by a 12-volt li-ion battery
- charges fully in just one hour
- works with all branded accessories
|Rating||4.6 / 5.0|
1. Dremel 4300
- clip-on light for visibility
- cooler and quieter than past models
- ideal for professional shops
|Rating||4.8 / 5.0|
All About Rotary Tools
Many people mistakenly believe that rotary tools and Dremel tools are different, but they are actually one and the same. Over time people have taken to calling nearly any type of rotary tool a Dremel tool in much the same way as any tissue is called a Kleenex. It is representative of a brand that dominated the market for so long, that the brand's name become synonymous with the product.
Rotary tools were first developed by Albert J. Dremel, who went on to found the Dremel Company in 1932. The original rotary tool was called the Dremel Moto-Tool and worked in much the same way as rotary tools today. It rotated a bit at high speeds for sanding, drilling, grinding, cutting, polishing, engraving, and carving. Many current day models are equipped with variable speed control, allowing one to better perform precision jobs. Most rotary tools spin somewhere between 3,000 and 37,000 RPM.
Since their invention, people have found a number of interesting ways to use rotary tools. During the 1940s, the Defense Department used them while creating the atomic bomb. Pedorthists have used them for making shoe inserts, dentists use them when creating dentures, and doctors have found ways to use them in dermal abrasion techniques for the removal of tattoos.
Contractors and home DIYers love rotary tools because they are the Swiss Army knife of a toolbox. They can be used to perform nearly any type of job, and they are small enough to fit in most toolboxes without adding a lot of extra weight. Rotary tools can be divided into two types: standard rotary tools and cut-out tools. Cut-out tools are designed with larger motors as they are meant to cut through heavy-duty building materials. The larger motors tends to make cut-out rotary tools larger and heavier than their standard counterparts.
Common Uses For Rotary Tools
There are dozens of attachments available for rotary tools allowing them to perform a wide range of jobs. Most people use rotary tools for fine detail work because of their small size and ease of control, but their functionality is nearly endless and they can be used on a number of jobs most never considered when purchasing their first one.
Rotary tools excel at removing small areas of rust from metal objects. They sell wire brush attachments and other types of heads specifically designed for rust removal. Make sure to test a small, unnoticeable area first to ensure the attachment does not scratch or damage the metal underneath the rust. A rotary tool is also ideal for polishing unusually shaped objects, such as a faucet or doorknob. Some even use them to polish jewelry.
The extremely high RPM of a rotary tool make them excellent for cutting through metal and wood. They can easily be used to cut off the heads of nails that can't be pried loose, and trim off small areas of base board or molding without having to worry about over cutting. Using a very small etching attachment, a rotary tool can be used to engrave a variety of materials. They make hand engraving a relatively easy job that anybody can master with just a bit of practice.
If one does not have a drill handy, a rotary tool can be used to bore the first hole in anything from metal to wood, before continuing a plunge cut with a jigsaw. By buying a diamond bit attachment, one can also use their rotary tool to cut through glass, or make engravings on it.
What To Know Before And After Using A Rotary Tool
One of the first things to remember when using a rotary tool is to wear proper safety gear. Thick leather or rubber work gloves should be worn to protect the hands from debris and sharp edges. Safety glasses should always be worn as well. The high RPM of a rotary tool can send small particulate flying through the air, which can cause eye injury.
After inserting a bit, it is vital that one checks to make sure the bit is secured. If a bit is not secured, there is potential for it to fly off when in use. To test if the bit is secure, one should try wiggling it and pulling on it. If it wiggles at all, then it is not fully secure and needs to be reinserted. Only remove and insert new bits when the rotary tool is turned off and unplugged.
Those new to using rotary tools should get a feel for one by starting with the lowest speed setting and practicing on spare material. One should never try using a rotary tool for their first time on an important piece of material. You may also want to experiment with different grips to find out what works best for you.
One must use the right kind of bit for the job at hand, so it's important to understand the uses for each type. Using the wrong type of bit can damage the bit, the material, and has the potential to cause injury. The rotary tool's speed should also be set to match the specifications of the bit.