This section presents the on-line programs designed to create G-codes for CNC milling machines for milling (cutting) the shapes of different geometric configurations.

At present, developed programs to handle the following types of shapes: a right triangle, equilateral triangle, rectangle, parallelogram, rhombus, isosceles trapezoid, rectangular, trapezoid, regular hexagon, circle, half circle, quarter-circle, etc.

Off-line version of these programs for generating G-code you can find here .

	Generating a G-code for milling of the circuit in the form of a right triangle on a given leg of a triangle and a user-defined coordinate system center. Read more.
	Generating a G-code for milling (cutting) of the circuit in the form of an equilateral triangle on a given side of the triangle and the center of a user-defined coordinate system. Read more.
	Generating a G-code for milling (cutting) of the rectangular loop on the specified sides of the rectangle, and a user-defined coordinate system center. Read more.
	Generating a G-code for cutting of the rounded rectangular outline on the specified sides of the rectangle, the radius of the rounding and user-defined center of the coordinate system. Read more.
	Generating a G-code for milling (cutting) of the rectangular loop with two rounded peaks on the specified sides of the rectangle, the radius of the rounding and user-defined center of the coordinate system. Read more.
	Generating a G-code for milling (cutting) of the circuit in the form of a parallelogram from the known to the parties and height of a parallelogram and a user-defined coordinate system center. Read more.
	Generating a G-code for milling (cutting) of the circuit in a diamond from the known diamond diagonals and a user-defined coordinate system center. Read more.
	Generating a G-code for milling (cutting) of the circuit in the form of an isosceles trapezoid from the known height of the grounds and the trapezoid and a user-defined coordinate system center. Read more.

	Generating a G-code for milling (cutting) of the circuit in the form of a rectangular trapezoid on the known height of the grounds and the trapezoid and a user-defined coordinate system center. Read more.
	Generating a G-code for milling (cutting) of the circuit in the form of a regular hexagon on a given side of a regular hexagon and a user-defined center of the coordinate system. Read more.
	Generating a G-code for milling (cutting) a circular contour for a given diameter of the circle and the center of a user-defined coordinate system. Read more.
	Generating a G-code for cutting of a semi-circle given its radius semi-circle and the center of a user-defined coordinate system. Read more.
	Generating a G-code for cutting a quarter of a circle, given the radius of the circle and the center of a user-defined coordinate system. Read more.
	Generating a G-code for cutting of the circuit shown in Figure. Read more.
	Generating a G-code for cutting of the circuit shown in Figure. Read more.

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