ESPRIT For All

Panning, Zooming, and RotatingSmart Zoom will zoom from the middle of the model, not the cursor locationFree Rotate using the keyboard and mousePan, Zoom, and Rotate incrementally using the arrow keysPress the arrow keys to pan up, down, left, or rightPress Shift + an up or down arrow key to zoom in or outPress Ctrl + any arrow key to rotateCustomize the mouse/keyboard actions in the Options dialogCustomize the actions associated with the mouse, Shift key, and Ctrl keyReverse the direction of the zoom while scrollingChange the default angle for incremental rotations

Smart ZoomZoom from the center of the modelShift + press middle mouse buttonMove mouse forward to zoom inMove mouse backward to zoom out+

Free RotateRotate without clicking the Rotate command!Ctrl + press middle mouse buttonMove mouse in any directionHover the cursor over an element to rotate about that element+

Pan Incrementally with Arrow KeysPress an arrow key to pan up, down, left or rightThe incremental distance for each click is 10 pixelsHold down a key to pan more quickly

Zoom Incrementally with Arrow KeysPress Shift + Up arrow key to zoom in++Press Shift + Down arrow key to zoom out

Rotate Incrementally with Arrow KeysPress Ctrl + any arrow key to rotate in15 degree increments *Ctrl + Up to rotate CW around horizontal in viewCtrl + Down to rotate CCW around horizontalCtrl + Right to rotate right around verticalCtrl + Left to rotate left around vertical+* 15 degree increment can be customized

Rotate in 90 degree incrementsHold down Shift + Ctrl + any arrow key to rotate 90 degrees++

Customize the mouse/keyboard actionsOpen Tools > Options > WorkspaceSet the action to perform (Pan, Zoom, Rotate) when the middle mouse button and a keyboard key (None, Shift, Ctrl) are pressedReverse the direction of the zoom when the scroll wheel is spun forward and backwardSet the incremental angle for rotation with the arrow keys

Auto Save OptionsNew Auto Save Options command on the Tools menuAutomatically save ESPRIT files based on your own preferences:Choose a folder location for backupsChoose how often backups are createdControl the number of backup filesOpen a backup file in ESPRITConvert a backup to a standard ESPRIT file

Enable Auto Save OptionsOpen Tools > Auto Save OptionsCheck Enable Auto Save to start saving backup files

Choose where backups are savedSave Backup to Document File FolderWhen checked, backups are saved to the same folder as ESPRIT filesWhen unchecked, the user can select a folder for backups

Choose how often to create backupsTwo options control how often backups are created:Backup by Number of CommandsBackup by Elapsed Time (minutes)Only one option can be chosen

Limit the number of backup filesTwo options control the total number of backups that are saved:Number of Versions to SaveBefore Save Delete all Backup Files Older Than (days)Save up to 10 versionsAutomatically delete old versions

Open and convert a backup fileAny backup file can be converted to a standard ESPRIT file.Click OpenSet Files of Type to All Files (*.*)Browse to the backup file and click OpenOn the File menu, click Save AsClick Save

Check Reference Files StatusCheck the status of imported CAD files: Current: The CAD file has not changed Modified: The CAD file has a different time stamp Missing: The CAD file cannot be located by its original name or locationUpdate modified filesRelink to a renamed fileRestore a missing fileDelete a referenced file

Update a modified fileESPRIT does not automatically update the part inside the ESPRIT document when a CAD file changesTo update a modified file:Select the file in the listClick the Update button

Re-link to a renamed or missing fileESPRIT cannot find a referenced file when it has been renamed or moved to a different locationTo restore a missing CAD file:Select the file in the listClick the Restore Link buttonBrowse to the fileClick Open

Delete a referenced fileWhen a referenced file is deleted in the Reference Files Status dialog, the reference and the CAD model are deleted from the ESPRIT document

AssociativityMaintain the association between an EDM draft feature and the imported CAD file it was created onUpdate an EDM draft feature created on an imported CAD fileIdeal for handling engineering changesUse Associativity and ESPRIT FX together for maximum integration

Update associated features/toolpathCheck the reference file status and Update the modified partThe Die and Hole features in ESPRIT are updatedThe toolpath on the features is also updatedLimitation: The collection of CAD faces can only be modified. Associativity will not work if the collection changes because faces are added or deleted.

Associativity and ESPRIT FXUpdate the CAD file directly in the CAD Feature TreeThe Die feature in ESPRIT is updatedThe toolpath on the feature is also updatedNotice that the limitation on changing the collection of CAD faces does not apply in ESPRIT FX. ESPRIT recognizes the fillets added to the sharp corners because the ESPRIT feature is associated with the specific CAD feature.

Tool ManagerSimplified interface for both milling and turning toolsControl the display of the tool grid with Advanced > OptionsUse the Field Chooser to set the display of columns in the gridSort data in the tool gridNew menus: File, Machining, KnowledgeBaseDrag and drop tools, copy tools, or move tools to mount or unmount themImproved interaction with the KnowledgeBaseSee which tools are loaded from the KnowledgeBaseNew KnowledgeBase menu gives direct access to the Cutting Tool Manager

Simplified interfaceThe same interface is used for both milling and turning toolsAll turrets and/or milling head are shownMenus make it easy to find commands

User-controlled displayThe user can customize the backgroundRight-click, then select Advanced > OptionsA gradient can be created by setting the colors for Grid Background and Grid Background 1 and then setting Tool Row to Transparent.

Displaying data in the tool gridRight-click on a column heading to:Display the Field ChooserSort dataFit data in the columnPrint the tool grid

Copy and move toolsDrag-and-drop tools between stationsRight-click on a tool to move or copy it from its current location to another Turret/Station or select Unassigned to unmount a tool

Interact with the KnowledgeBaseSee which tools have been loaded from the KnowledgeBaseUse the KnowledgeBase menu to:Open the Cutting Tool ManagerRefresh the tool data from the databaseUse the tool data in ESPRIT to update the tool in the databaseSave tools to the KnowlwdgeBase

Load tools from the KnowledgeBaseOpen the Cutting Tool Manager from the KnowledgeBase menuTo load tools:Drag-and-drop tools one by one to ESPRITUse the Shift or Ctrl keys to select multiple tools in the Cutting Tool Manager, then click Add Selected Tools to ESPRIT

Milling ToolsRedesigned interface with graphical tabs and accurate images of each tool typeNew shank definition:New shank types: Cylindrical, Conical, or CustomCollision detection of the tool shankSeparate simulation color of the tool shankAutomatic validation of the tool geometry

Improved interfaceRealistic tool imagesGraphical tabsDynamic dimensionsNew Shank definition

New tool shank definitionShank Types:CylindricalConicalReverse ConicalCreate a custom shank from imported profile geometry (*.ect file).

Validate tool geometryESPRIT now automatically validates the tool geometry as soon as the user clicks OK on the tool pageIf a simulation solid cannot be created from the entered tool dimensions, an error message displaysIn this example, the tool cannot be created because the Tool Length is zero.

The user must correct the tool dimension before ESPRIT will create the tool.

Updated milling toolsFace Mill: New insert definitionChamfer End Mill: More shapesThread Mill: New Single PointSlot Mill: New Side Slot type

Sub-Elements ModeSUB-ELEMENTS mode is now located in the Status areaUse SUB-ELEMENTS mode to select individual faces, edges, or loops on solid models or individual sub-elements in EDM draft featuresSet the default status in the Options dialog

Orient PartThe Part Orientation add-in introduced in ESPRIT 2008 is now integrated in ESPRIT 2009New Orient Part toolbar on the Edit menuChange the orientation of solid models:Align a single planar face with an axisAlign two parallel planar faces with an axisAlign a cylindrical face with an axisChange the orientation of geometry:Align planar wireframe geometry with an axis

Align a single planar solid facePlanar faces are aligned perpendicular to the alignment axisThe positive direction of the axis points outside the solid bodySelect a solid faceClick a command on the Orient Part toolbarTo reverse the orientation, hold down the Shift key and click an Orient Part command

Align two parallel planar facesParallel planar faces are aligned so the middle of the two faces is aligned perpendicular to the alignment axisSelect two parallel planar facesClick a command on the Orient Part toolbarTo reverse the orientation, hold down the Shift key and click an Orient Part command

Align a cylindrical faceCylindrical faces are aligned so the cylinder axis is co-linear with the alignment axisThe direction of the axis is arbitrarySelect a cylindrical faceClick a command on the Orient Part toolbarTo reverse the orientation, hold down the Shift key and click an Orient Part command

Align planar geometryGeometry is aligned perpendicular to the alignment axisThe selected geometry must define a plane. For example, a circle, arc, ellipse, or two segmentsSelect the planar geometryClick a command on the Orient Part toolbar

*Welcome and Introductions

DP Technology is a leading developer and supplier of computer-aided manufacturing (CAM) software. DP Technologys Commitment to provide CNC programmers with the most powerful CAM software ever is driven by a founding Vision of technologys potential, and an enduring Passion for excellence. These core values are embodied in DP Technologys flagship product, ESPRIT the worlds leading CAM system.

- Passion- Vision- Commitment

ESPRIT is a high-performance, full-spectrum computer-aided manufacturing (CAM) system for a full range of machine tool applications.

- Power- Performance- Value*Hexapod simulation within ESPRIT.

Machine any Part Geometry - ESPRITs seamless CAD to CAM interface directly imports any native part model from any source, fully intact, with no need for programmers to edit or rebuild geometry. ESPRIT directly machines from any combination of geometries solids, surfaces, wireframe, or STL providing you with complete manufacturing flexibility. Starting with 100% complete and accurate part geometry eliminates nearly all of the difficulty in programming complicated parts and dramatically reduces programming time .

Universal Post Processing - ESPRITs universal post processor effortlessly creates the high-quality G-code you need to fully exploit your machine tool investment. With ESPRIT you get proven out-of-the-box operation with a complete library of pre-defined post processors. Additional factory-certified posts are available for many of the leading machine tool brands, and ESPRITs open architecture allows you to easily adjust any post processor to suit your personal preferences and shopfloor requirements. ESPRITs flawless G-code means you will spend more time cutting parts, giving you maximum machine utilization and optimal part quality at the lowest possible cost.

Dynamic Solid Simulation and Verification - ESPRITs fast, accurate, and reliable dynamic solid verification eliminates the need for expensive dry runs on the NC machine. Gain complete confidence in your machining process as you compare accurately rendered as designed versus as machined parts. High-performance, real-time simulation and comprehensive collision detection ensure that even the most complex of parts will be machined correctly the first time. ESPRIT gives you exhaustive verification of the part program simulated within a complete machining environment: machine tool, fixtures, clamps, stock, and workpiece. Minimize downtime, maximize manufacturing efficiency, and cut machining costs while gaining complete confidence in your machining processes with ESPRIT.

- An example of what is possibleProgramming any machine tool- 6 axis milling (a hexapod)- Fully simulated in dynamic 3D Solids*