This section presents the online programs designed to create Gcodes 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, quartercircle, etc.
Offline version of these programs you can find here .

Generating a Gcode for milling of the
circuit in the form of a right triangle on a given leg of a triangle and a
userdefined coordinate system center.
Read more. 

Generating a Gcode 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 userdefined coordinate system.
Read more. 

Generating a Gcode for milling (cutting)
of the rectangular loop on the specified sides of the rectangle,
and a userdefined coordinate system center.
Read more. 

Generating a Gcode for cutting
of the rounded rectangular outline on the specified sides of the rectangle,
the radius of the rounding and userdefined center of the coordinate system.
Read more. 

Generating a Gcode for milling (cutting)
of the rectangular loop with two rounded peaks on the specified sides of
the rectangle, the radius of the rounding and userdefined center of
the coordinate system.
Read more. 

Generating a Gcode 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 userdefined coordinate
system center.
Read more. 

Generating a Gcode for milling (cutting)
of the circuit in a diamond from the known diamond diagonals
and a userdefined coordinate system center.
Read more. 

Generating a Gcode 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 userdefined coordinate system center.
Read more. 

Generating a Gcode 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 userdefined coordinate system center.
Read more. 

Generating a Gcode for milling (cutting) of the circuit in the
form of a regular hexagon on a given side of a regular hexagon and a userdefined center
of the coordinate system.
Read more. 

Generating a Gcode for milling (cutting) a circular contour
for a given diameter of the circle and the center of a userdefined coordinate system.
Read more. 

Generating a Gcode for cutting of a semicircle given its
radius semicircle and the center of a userdefined coordinate system.
Read more. 

Generating a Gcode for cutting a quarter of a circle,
given the radius of the circle and the center of a userdefined coordinate system.
Read more. 

Generating a Gcode
for cutting of the circuit shown in Figure.
Read more. 

Generating a Gcode
for cutting of the circuit shown in Figure.
Read more. 
Home  Milling  Shapes
