Cutting Tile with a Dremel: A Beginner’s Guide
The first thing you need to do when cutting tiles is make sure your work area is clean and free from dust or dirt. You don’t want any splatters on the job. If possible, use a piece of cardboard to cover up the surface so there won’t be any splatter marks left behind.
You will need a good quality dremel with a diamond bit. Make sure it is sharp enough to cut through the tile without damaging it. If you are using an electric drill, make sure its power cord isn’t too long.
Don’t try to use a drill that is too small or you might damage the tile. Also, if you have a small room, then make sure there aren’t any electrical wires running near the floor where you plan to start cutting tiles.
Before starting to cut tiles, you should take some time to learn what type of tile you are going to be working with. There are different types of tile available in the market today. Some tiles are smooth while others have raised bumps on them.
They can even be unevenly shaped like a bowl shape or square shape. So before beginning to cut tiles, it is very important that you know which kind of tile you’re going to be cutting.
When cutting tiles make sure you hold the tile firmly on a flat surface so the tile won’t move around while you’re cutting it. A pencil can be used to draw a straight line on the back of the tile where you need to cut it. If there are any uneven bumps in the middle of the tile’s back, then you should also draw a line around it so the diamond blade bit will not grind off the bumps but will instead cut through them.
Put on safety goggles and turn on the drill. Make sure you wear earplugs while the drill is on because it can get pretty loud. Slowly start drilling with the bit until you see some dust coming up from your tile’s back.
Now tilt the drill to a 45 degree angle and continue drilling through the tile until you cut through the entire tile from top to bottom. Be careful not to drill too deep or else you may damage the flooring underneath.
Once the tile is cut, lift it up with a flat pry bar or a flat putty knife. It may be a good idea to use a wet sponge to wipe off all the dust that was created during the cutting process. If you need to cut more tiles, then make sure you clean up the drill bit by dipping it in water and adding some liquid dishwashing soap to it before repeating the steps above.
Using a Dremel Rotary Tool: BEWARE!
A Dremel tool is a small rotary tool that is commonly used for woodworking, metalworking, and stone cutting. It can also be used to cut porcelain tile. This method is not as accurate as using a tile cutter or scoring device such as a straight edge razor blade, but it does work for simple jobs.
The Dremel tool spins a small abrasive tip at high speed. The abrasive can be either a sandpaper-like sheet, a grinding stone, a cutting disc or a polishing wheel. This abrasive wears down as it cuts.
As with any power tool, a Dremel can be dangerous if used improperly. It is important to read and follow the safety instructions that come with the Dremel.
Sources & references used in this article:
- Coved backsplash for a countertop (CR Peters – US Patent 5,330,262, 1994 – Google Patents)
- Coved interface backsplash for a countertop (CR Peters – US Patent 5,452,666, 1995 – Google Patents)
- Modular stone surfacing system of block-cut seamless pieces (S Shaw – US Patent App. 11/056,993, 2006 – Google Patents)
- Backsplash molding and method of manufacturing the same (SA Davis – US Patent 5,419,264, 1995 – Google Patents)
- Tile backsplash manufacture method (L Gaylord – US Patent 10,704,272, 2020 – Google Patents)
- Backsplash assembly and method (D Pringle, K Jonas, D Gehring… – US Patent App. 10 …, 2005 – Google Patents)
- Groutless wall tile systems (PYW Poon – US Patent 8,096,093, 2012 – Google Patents)
- Natural stone tile edging (PA Sciarrino, KM Sciarrino – US Patent 6,258,190, 2001 – Google Patents)
- Do-it-yourself home remodeling kit for installation of a tile assembly on a kitchen backsplash or other support surface in a timely manner (AM Claramonte – US Patent 8,464,484, 2013 – Google Patents)