SigmaNEST Punch
SigmaNEST Punch is a package that adds turret punching capabilities to the core AutoNEST package. It is thus the base SigmaNEST functionality, plus turret punching.
This page provides detailed information on the Punch package. A summary of just the differences between AutoNEST and the specialized Punch package, is also available.
General Usability
- Almost every aspect of the product can be configured.
- Auto Save automatically saves parts whenever they are changed and saves snapshots of the work space at specified time intervals.
- Up to 10 versions of the work space are saved and any previous revision can be re-opened.
- Quickly zoom in and out with mouse wheel. Zooming is centered on the mouse pointer, effectively allowing a simultaneous pan and zoom.
- Batch facility allows sequences of operations to be stored in a file and "played back" as a unit whenever needed.
CAD/Drafting
SigmaNEST has an integrated 2D CAD drawing package with high accuracy and a modern engineering interface.
Part Cost and Time Estimating
Estimating Module incorporates features such as Material requirement estimation, processing time calculation and an integrated costing module.
Complete Manual Nesting
SigmaNEST Manual Nesting features.
NC Programming
SigmaNEST NC Programming Modules include Automatic part cut sequencing, sorting, profiling with multi-process capabilities.
Part Processing
SigmaNEST has comprehensive part processing capabilities.
Reporting
Reporting Module allows a wide variety of standard reports with capability of complete customization offering great flexibility.
Other Base Features
AutoNEST also includes:
- Parametric shape library with more than 100 shapes.
- Import DXF, DWG, CADL, IGES and HPGL files.
- Convert existing "G" code and ESSI files to CAD geometry.
- Batch processing of bill of material files.
- Manually edit part geometry, lead-in type and position in nest.
Turret Punching
- Interactive and automatic tooling.
- Tool management.
- Drop door support.
- Automatic tool sorting with manual override.
- Automatic repositioning.
- Nesting in the dead zone.
- Tool safety zones.
- Tabbing and microjoints.