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 SmartHolechart allows you to define your own bore types by building on basic elements such as cylinders, cones (chamfers), radiuses and threads.
Guided by a graphic editor, SmartHolechart allows you to define the formatting of tables, the shown dimensions and their format, as well as all the table sorting criteria. It provides full control of the drawing tables and notes and provides custom formatted output files for further use in downstream manufacturing processes.
In addition, SmartHolechart provides:
Recognition of all revolved symmetric geometry elements
Interactive graphical definition of hole types
Definition of output parameters and dimensions
Interactive graphical configuration of output format
Setting of different sorting criteria with priorities
Key Features
Interactive graphical definition of hole types
Definition of output parameters and dimensions
Interactive graphical configuration of output format
Setting of different sorting criteria with priorities
Recognition of all revolved symmetric geometry elements, including imported geometry
Allows any hole orientation to be evaluated, including non-orthogonal orientations
User defined parameter evaluation and mapping
Works with groups, such as UDF's, to search and document group parameters to drawing tables
Control of where and how to place tables
Automatic creation of associated id notes
Interactive query of documented holes
ASCII file output of hole data
NC data output of holemaking programs
How It Works
Define your own bore types by building on basic elements such as cylinders, cones / chamfers, radiuses and threads.
Use the graphic editor to define the formatting of tables, the shown dimensions and their format, as well as all sorting criteria. You have full control of the drawing tables and notes and you can generate custom formatted output files for further use in downstream manufacturing processes. 
Define the type of holes to be identified by the system (cylinders, cones, chamfers, radii, etc.) as well as the assigned names for dimensions, tolerances and parameters.
Define any general feature, other than holes, to be recognized by the system through analyzing feature parameters.
Using any stored holechart definition, the drawing tables are created automatically, and can be automatically updated for design changes
Key Benefits
Speed - faster initial drawings and faster drawing updates  when design changes
Eliminates errors – misidentified holes, missed holes, double documentation, duplicate grouping
Eliminate nonproductive activities and errors resulting from tedious repetitive tasks for hole feature documentation
Simplify manufacturing tasks – complex features are simplified and reported in a clear manner
Promotes drawing standardization and captures company best practices directly
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