Polish is the transitive verb used to describe the act of making something shiny or lustrous, especially by rubbing. While the origins of the word date back to the 14th century, nowhere is polishing or buffing more relevant than in the care of your vehicle.
Professional paint and body shops have traditionally used rotary buffer/polishers, but the speed and heat generated by the various pads make these tools best left to the professionals. Incorrect use by an inexperienced person could lead to "burn-through," which means in a traditional paint job, the buffing pad goes through the clearcoat and into the basecoat.
Correcting the damaged area usually requires another application of clear, or in the case of single-stage paint, a repaint of the area, which requires blending in new paint. Damage from buffing can be caused in a micro-second. All it takes is dragging the buffer over a painted edge or applying a bit too much heat to the pad.
Although these machines are critical tools in the professionals' arsenal, they are primarily used after the vehicle has been painted and wet-sanded to "take down" any imperfections in the clearcoat. Since the hobbyist wants a professional and glossy finish without the fear of ruining the paint, high-tech buffers and polishers that operate in a random orbital or dual-action pattern are popping up everywhere. The prices for these hobbyist product offerings range from approximately $129 to well over $300 for a machine with variable speeds and other high-end features.
When you take a close look at the parameters that define what one would consider a professional versus a hobbyist buffer, the professional orbital buffers generally operate between 0 and 3,200 rpm with 7- to 9-inch hook-and-loop pads, while the enthusiast machines oscillate between 3,000 to 9,600 orbits per minute (opm) and have 5.5- to 6.5-inch pads.
According to David DuSold of DuSold Enterprises, "Bodyshop-grade buffers and polishers, like the Dewalt or Milwaukee rotary units that we have, weigh between 9 and 12 pounds and are 16 to 17 inches in horizontal length, making them heavy and best suited for longer surface panels. Rather than purchase a lower-power unit for buffing and polishing after the initial clearcoat is wet-sanded and buffed, we figured out a way to adapt a $25 Ryobi 6-inch orbital buffer into an enthusiest-level buffer/polisher for less than $10 by simply modifying it to accept a hook-and-loop pad. Not only will the buffer/polisher do the job of a much more expensive machine, but it weighs just over 3 pounds, and is safe and compact, making it perfect for buffing and polishing in tight spots."

Ryobi's 6-inch buffer/polisher...

Ryobi's 6-inch buffer/polisher (model number RB60; retail $24.97 at The Home Depot) comes packaged in a carrying case that includes the orbital buffer, an application bonnet, a terrycloth bonnet, and an operator's manual. Weighing in at 3.08 pounds, the buffer is 7.75-inches tall and 8-inches wide (with pigtail) and comes with a 6-foot power cord. It operates at a constant orbits per minute (OPM) of 4,800.

To transform the buffer/polisher...

To transform the buffer/polisher requires about $10 worth of supplies. Velcro brand Industrial Strength velcro (PN 90593; retail $8.97 at The Home Depot) was purchased; a razor blade and some 3M General Purpose Adhesive Cleaner were rounded up from supplies on hand at the shop.

The industrial strength Velcro...

The industrial strength Velcro is 4-feet long (48 inches) by 2-inches wide, and is 50 percent stronger than the regular-strength hook-and-loop Velcro offering. The foam pad on the Ryobi buffer measures 6 inches in diameter, so with a 2-inch-wide fastener, it will take a minimum of three 6-inch-long sections to cover the pad. For room to trim around the pad properly, a section measuring 19-inches long is measured out and then cut with a razor (scissors will work just as well).
Read on as we show you how to create your own $35 buffer that will do much of the job of high-end enthusiast buffers for around a quarter the cost. Whether you are a body shop professional or a hobbyist who demands perfection, this tool will deliver impressive results and can be modified in 10 minutes.
Tools & Supplies
Velcro
Razor blade or scissors
Grease and wax remover
Buffing and polishing pads and supplies
Buffing And Polishing Tips
• Buffing pads have "cutting" ability, but polishing pads generally will not provide any cutting action. Remember that when you "cut" a finish, you are taking off a minute amount of either single-stage colorcoat or clearcoat (depending on paint type), and cutting to remove swirls should only be done when necessary. There is only so much clearcoat on your car!
• Lightly mist the buffing or polishing pad with detailing spray before applying the liquid product to the pad. Put the product on the pad in small circles starting from the center and moving outward. For initial applications, start with three circles; for subsequent applications, switch to two circles.
• Always start and stop the buffer on the surface that you are working on, otherwise the liquid on the pad will splatter everywhere resulting in unnecessary clean-up work.

Another section is measured...

Another section is measured out and cut to a length of 6.25 inches.

The cut section is then placed...

The cut section is then placed on top of the remaining section and cut as well. This leaves the third and final section at 6.5 inches.

Ryobi's pad is 1-inch thick...

Ryobi's pad is 1-inch thick and has a rubber top section with a foam base. To ensure the pad of the buffer is clean to provide excellent adhesion of the Velcro, 3M General Purpose Adhesive Cleaner is put onto a paper towel, and the top of the pad is wiped down and allowed to dry. (Isopropyl alcohol or grease and wax remover will work just as well.)

The center of the Ryobi pad...

The center of the Ryobi pad is marked using a ruler and Sharpie, and then the protective backing for the waterproof adhesive of the longest section of Velcro is peeled off-it sometimes helps to lift a corner of the backing with a razor blade-and then the Velcro is carefully affixed, adhesive side down, to the center section of the pad.

The pad is centered properly...

The pad is centered properly to ensure that the other two sections will completely cover the pad surface.

The adhesive backing is then...

The adhesive backing is then removed from the next two sections and they are placed on either side of the center strip, making sure they butt against the center one and cover the entire pad surface. Rubbing a hand over the Velcro strips ensures the adhesive is set.