Features of Ucancam

1. Two types of interface

Panel interface and Standard interface.

2. Node editing

Functions in node editing include: add, delete, disconnect, connect, close, convert to line, convert to curve, cusping, smooth, symmetry, node align, start point,  auto remove points, fillet, chamfer, and vertical.

3. Text Editing

Text can be rotated, scaled, moved, sheared, arranged along   curves, etc. and they can be edited again in text edit mode after these transformations. Besides, text  input in a frame is also available, with automatic line feed.

4.Serial number text

This function is used with making some designs of serial number texts.

5. Accurate drawing

Accurate drawing is made easy by means of keyboard input. Feature points such as end points, midpoints, intersection points, perpendicular foot, and tangent points can be snapped.

6.EditingTools

Various Editing Tools are provided, including trim, delete, offset, divide,close, simple slice, complex slice, Boolean operation and
Geometrical-shape-transforming tools include move, rotate, scale,mirror, shear, perspective distortion, envelop distortion, twist distortion,  push and pull distortion and auto nesting.

7. Image tracing

Images of various formats can be imported, converted, and stripped. Image tracing is available with Ucanam in order toextract contour.
Angle degrees can  be adjusted, and accurate tracing parameters such  as cusp angle, trace error, fairy number, approximal precision, and threshold of line can be set.

8. Other aided tools

There are numerous viewing tools which are used to view objects from different viewing angles. Measuring tools for measuring length, angle, perimeter, size and other tools like ruler, guide line,notepad,
calculator,Microsoftpaint are also available.

9.Toolpath

Toolpaths are calculated quickly and accurately for NC  machining. Ucancamprovides a Tools Library where users can choose,edit, add
or delete a tool. Various  machining solutions are available.  Users can apply tool path simulation to check whether tool paths are valid and to preview machining results. These  simulation functions  are also useful to reduce trial cutting times and cut down machining costs and help users to get valid and effective machining
results.