Pegasus cad-cam STONE 2024 R2 cracked release

• Drawing and editing of 2D geometries placed on work planes
• Construction geometries mode
• Production of text along straight or curved lines, on Windows TrueType font mappings
• 2D geometric macros for the simplified drawing of mouldings, locks, hinges, windows, holes
• Manual and automatic true-shape nesting
• Dimensions
• Vector printing functions

• Creazione ed editing di primitive 3D, modelli solidi e superfici basati su NURBS e mesh
• Projection and wrapping of 2D geometries on surfaces
• Specific CAD commands to edit and manipulate sculptured surfaces
• 3D geometric macros for the simplified drawing of: frames, washbasins, 3D pockets, shower plates, ruled surfaces, helicoidal sections

• Import interfaces for files in the following formats: DXF, DWG, IGES, 3DS, STEP, STL, OBJ, Rhino3D.

Supported tools:

• Mill cutters: cylindrical, spherical or toroidal cutters; tapers and engraving cutters; cut drills, slotters, shaped cutters, polishing tools, custom shaped tools
• Disks and horizontal disks
• Additional accessories that can be combined with the tools: tool-holders and carters (mounting of disks and cutters on a gearbox).

• Contouring: cutting, vertical walls, shaped walls
• Automatic pre-drilling handling
• Pocketing: vertical walls, shaped walls, high-speed, 2 sections concave/convex pocket
• 3D engraving of artistic details and texts with automatic rest machining
• Ruled surfaces
• Leveling (Face Milling)
• Hole/circle machining
• Polishing: planar (kitchen tops), vertical edges
• Drips
• Disk cut with gearbox
• Touch probe: generation of touch points arranged on a grid or along the toolpaths

• Roughing strategies: Z levels, high speed, core boring
• Finishing strategies: parallelcuts, Z levels, Z helicoidal, between 2 curves, flat-lands, pencil
• Projected curve finishing: curves offset, radial and spiral finishing, along guide curves
• SWARF machining up to 5 axes
• 3D curve machining up to 5 axes
• Sculptured surfaces strategies: basreliefs and complex mesh models
• 5-axis chamfer cut (tool side and tool tip)
• Conversion of 3D machinings into 4/5-axis machinings
• Advanced functionalities for the automatic recalculation of rest material

• Planar cut roughing
• Vertical and inclined linear cut, curved cut, notch, rodding
• 5-axis interpolated disk cut
• Disk carter dynamic orientation
• Vertical disk: roughing, finishing, border finishing, radial machining
• Horizontal disk: roughing, finishing, border finishing
• Advanced functionalities for the automatic recalculation of rest material

• Verification of results of all available machining types from 2.5D to 5 axes, both conventional tools and disk tools.
• Collision control on both the stock material and the finished model.
• Two simulation modes available: toolpath (tool trace only) and material removal.

• Optional module that provides a virtual representation of the entire machine, showing the movement of all axes, both linear and rotary.
• Verification of compliance of axes limits.
• Collision detection with equipment and various moving parts.

• Interactive graphic arrangement of parts/projects on the machine workbench.
• Association of sub-pieces to each piece (suction cups, stoppers, fixed stoppers, fixtures).

• Integrated module to convert the applied toolpaths into the language of the specific CNC.
• Availability of one or more postprocessors customized for the machines in a laboratory.

• Drawing and editing of 2D geometries placed on work planes
• Construction geometries mode
• Production of text along straight or curved lines, on Windows TrueType font mappings
• Dimensions
• Vector printing functions

• Creazione ed editing di primitive 3D, modelli solidi e superfici basati su NURBS e mesh
• Projection and wrapping of 2D geometries on surfaces
• Specific CAD commands to edit and manipulate sculptured surfaces
• Macro geometriche 3D per costruzione semplificata di colonne e torciglioni

• Import interfaces for files in the following formats: DXF, DWG, IGES, 3DS, STEP, STL, OBJ, Rhino3D.

Supported tools:

• Mill cutters: cylindrical, spherical or toroidal cutters; tapers and engraving cutters; cut drills, slotters, shaped cutters, polishing tools, custom shaped tools
• Disks and horizontal disks
• Additional accessories that can be combined with the tools: tool-holders and carters (mounting of disks and cutters on a gearbox)

• Strategies with blade and speed lathe
• Shoulders rest machining
• Planar disk cut roughing
• Strategies with blade and interpolated lathe
• Advanced functionalities for the automatic recalculation of rest material

• Extended set of 2.5D milling machinings with indexed lathe
• Mill machinings with speed lathe
• Finishing strategies on 3/4/5 continuous axis surfaces with indexed lathe
• Extended set of 4/5/6 continuous axes 3D machinings with interpolated lathe
• Advanced functionalities for the automatic recalculation of rest material

• Roughing
• Interpolated finishing
• Border finishing

• Longitudinal roughing
• Interpolated roughing
• Longitudinal finishing
• Interpolated finishing

• Verification of results of all available machining types from 2.5D to 5 axes, both conventional tools and disk tools.
• Collision control on both the stock material and the finished model.
• Two simulation modes available: toolpath (tool trace only) and material removal.

• Optional module that provides a virtual representation of the entire machine, showing the movements of all axes, both linear and rotary.
• Verification of compliance of axes limits.
• Collision detection with equipment and various moving parts.

• Integrated module to convert the applied toolpaths into the language of the specific CNC.
• Availability of one or more postprocessors customized for the machines in a laboratory.

• Positioning of shapes on the slab facilitated by the captured image.
• Detection of material imperfections.
• Distinction of veins to be processed.
• Geometric qualification of the slab edge.

Definition of shapes to be machined:

• with 2D CAD tools
• by importing a DXF/DWG file
• by importing lists from proprietary format: Excel, CSV, etc.
• by inserting geometric macros
• with the automatic acquisition from a photo (using the Photo-Digitizer module)

• Vein matching of the piece to be machined.
• Visualization of matching through 3D rendered preview of the finished work.

• Visualization of any collisions between parts via a preview.
• Free choice of best placement for pieces.
• Employment of “magnet” function for aligning parts next to each other, in order to reduce the number cuts.
• Automatic nesting (optional module).

• Storage of one’s tools in one or more tables that can be configured as desired.

Supported tools:

• Disks
• Mill cutters
• Waterjet

Additional accessories that can be combined with tools:

• Tool-holder
• Carters

• Placement of shapes on the slab.
• Optimization of cutting sequence.
• Removal of overlapping cuts.
• Reduction of colliding cuts.
• Recovery of incomplete cuts.
• Formulation of an optimal cutting sequence at the level of sorting, head rotation and rapid distance traveled.

• Supported disk machinings: cut (linear, curved and inclined), notch, rodding, VGroove.
• Automatic rest machining to complete the cuts using a cut-drill/mill tool or a waterjet tool.
• Calculation of optimized trajectories for the disk cutting.
• Management and modification of cuts with disk.
• Movement of the slab pieces through the vacuum/suction cups manipulator system.

• Solid simulation with material removal.
• Collision control.
• Machine simulation through the virtual representation of the entire machine (optional module).

• Press of statistics and consumption of materials.
• Employment of reports during the setup phase of the machine.

• Integrated module for converting toolpaths applied to the part(s) into the specific language of the CNC in use.
• Employment of a specific post-processor based on the model and brand of the CNC machine in use.

• Detailed explanation of all definable parameters for each machining, with figurative examples and pictures.
• Visualization of the guide by clicking on the question mark icon.

• Importing DXF/DWG files.
• 2D CAD tools.
• Definition of the project by importing an external layout using a proprietary format (excel, CSV) or by acquiring the shapes using the Photo-Digitizer application.
• Availability of a 3D rendering window to preview the finished work.

Supported tools:

• Mill cutters: cylindrical, spherical or toroidal cutters; tapers and engraving cutters; cut drills, slotters, shaped cutters, polishing tools, custom shaped tools
• Disks and horizontal disks

Additional accessories that can be combined with tools:

• Tool-holder
• Carters

• Possibility of mounting disks and cutters on a gearbox.

• Reduction of time wastage.
• Specific strategies for kitchens tops.
• Auto-correction function using slab touch probe to compensate for thickness variations over the slab surface and borders.

Some supported machinings:

• Edge countouring, finishing and polishing
• Face milling
• Surface polishing
• Sink and cooktop holes, cutting/finishing
• Drips machinings with milling or grinder tools
• Profiling
• Tap Holes
• Rodding/Profiling

• Interactive graphic arrangement of the pieces on the workbench and insertion of the 2D/3D sub-pieces (suction cups, stoppers, fixed stoppers and fixtures).
• Machine work cycle optimization functions.
• Collision detection with the equipment and the moving parts of the machine.

• Integrated module that can speak the same language as the CNC machine.
• Integrated module for converting toolpaths applied to the part(s) into the specific language of the CNC in use.
• Availability of one or more postprocessors customized for the machines in a laboratory.

Definition of shapes to be machined:

• With 2D CAD tools
• By importing a DXF/DWG file
• With the automatic acquisition from a photo (using the Photo-Digitizer module)
• By importing a list from a proprietary format: Excel, CSV

Grouping the shapes to be machined in an itemized cutting lists.

• Collision control.
• Manual/automatic shape nesting.
• Availability of the active itemized list containing the shapes.

• Handling of complex drawings: inlays and floors.
• Cut sequence optimization.
• Vertical edge machining.
• Constant bevel machining.
• Variable bevel machining (5 axes).

• Solid simulation with material removal.
• Collision control.
• Machine simulation through the virtual representation of the entire machine (optional module).

• Customized communication system between software and CNC machine.
• Availability of one or more postprocessors customized for the machines in a laboratory.