What is a bevel?

From metal processing to wood processing uses various industries cut to remove the edge of 90 degrees on the material. These small cuts, usually 45 degrees, are called chamfers. Another frequently used term is chamfer. There are a number of uses for chamfering and different methods for achieving it. However, it is probably the most demanding method. The sliding plane along the edge of the blade with each passage shakes a small amount of wood. The difficulty is to maintain the plane level and stable over the entire length of the cut and is generally not recommended for long passages.

It is also possible to achieve chamfering with a table saw. The saw blade can be adjusted at an angle and adjusted for the depth and width of the cut using the fence. Although this method sometimes takes a bit of settings, it usually allows more consistent cuts than using the hands plane.

Some tools are specially designed for this type of cut. The chamfers of the router can reliably create these cuts without much preparation. Router installed in a special table with OB fenceIt provides the most desirable and purest results. The router is mounted upside down under the table, and the router bit protrudes through the hole at the top of the table. The material is then triggered parallel along the fence across the router Bit to cut.

You can also use tools from the cottage for grinding. For vertical cuts such as boredom bevelled hole, special bevels are used. Wood, metal and plastic are some of the materials that can be drilled in this way. The bit is mounted and used similarly to a traditional drill bit, but creates a bevelled edge at the top of the hole.

Another variant on this type of cut is the tongue chamfer. This type removes 90 degree edge of the material as well as traditional chamfers; However, the end of the cut in front of a piece of material in a smooth curve up. Woodworkers can use this type of cut to decorate pieces of created furniture.

The opposite of bevel is called round. Normally this can also be called a toughS. The material is removed, creating a half -round effect on the 90 -degree edge of the material. The inclusion of overs is usually used to produce smoother edges on the material because it leaves no hard lines after cutting.