G-Code is the foundation of CNC programming and describes the geometry that the CNC machine will create. There are many different types of G-Codes, but the two most commonly used for linear motion are G00 and G01.
G00 is known as aRapid Motion G-Code. It is used to move the cutting tool at themaximum speedthe machine is capable of. This is the code you would use if you wanted to quickly move the tool to a new position without stopping.
G01 is known as a Linear Interpolation G-Code. It is used to move the cutting tool along a linear path at a specified feed rate. This is the code you would use to actually cut a shape out of material.
Both G00 and G01 are important G-Codes to know when programming CNC machines. By understanding when to use each code, you can create programs that accurately and efficiently create the shapes and designs you need.
G-codes are the instructions that tell a CNC machine what to do. They are the instructions that tell the machine how to move, how fast to move, what direction to move in, and when to stop.
There are different types of g-codes, each with a different purpose. The most common type of g-code is the G-code, which is used to create or modify a part. The other types of g-codes are M-codes, which are used to control machine functions, and S-codes, which are used to control specific machine features.
If you are new to CNC programming, you may be wondering what some of the most common g-codes are. G-codes are used to control various aspects of the machine, such as its speed, position, and direction. Here are four of the most common g-codes:
G0: Also known as a rapid move, G0 moves the tool quickly to the specified position.
G1: This is a linear move, meaning the tool moves in a straight line to the specified position.
G2: A G2 move is an arc move, or a move in which the tool follows an arc shape.
G3: Similar to a G2 move, a G3 move is an arc move, but the direction is reversed.