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edgecam turning manualEDGECAM fully supports turning centers including Bar Pull and Feed, Part Pick Off, Balanced and Mirrored Turning, and Turret Synchronization. Toolpath calculation takes into consideration the complete tooling insert and tool Holder including the “F” distance and previously machined material to avoid gouging and eliminate air cutting. EDGECAM offers support for Sandvik Coromant Wiper inserts for turning tools, allowing these productivity enhancing inserts to be used reliably in all aspects of production machining. The stock model is rest material, or material that hasn’t been machined. Subsequent toolpaths will automatically detect the rest material resulting in 100 efficiency for any turning toolpath throughout the EDGECAM sequence. When back turning into a recess or groove it’s important that the back turning cycle knows the current condition of stock to avoid air cutting and potential collisions on the approach into the recessed area. On a sub spindle turning centre, when a component is transferred from the main spindle to the sub spindle, the live stock transfers with it. Any subsequent machining on the sub spindle will detect the stock in the state that it left the main spindle which ultimately provides the most efficient machining sequence possible. Most turning centres offer a relatively small working envelope that can be collision rich. A good example of this is on static turrets where tools such as boring bars, can extend out further than the tool in cut. EDGECAM will not only collision check the tool in cut but also all of the tools on the turret against the machine tool kinematics, fully supporting Mini Turrets, capto tooling and programmable steadies. EDGECAM will allow you to retract tool out of a bore or away from a diameter after a set numbers of cuts. The user can retract the tool mid cycle, to a known position, after a set number of cuts to clear any loose material out of the bore.http://apluskleaning.com/admin/images/cx7430-manual.xml
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This function is useful where a turned component needs some elements to be finished turned, and others to be left a grinding allowance for subsequent machining or heat treatment. Most systems on the market today will only allow you to set a constant offset, where as EDGECAM gives the user full control over offsets for each individual element on the turn feature. EDGECAM turning cycles offer the machinist the ability to specify a break edge where a chamfer hasn’t been included on the model supplied to them by their client. This give the enhanced tool life and achieves a superior surface finish. With Sequential Castellation grooving, the tool starts at one groove edge and moves to the other edge, producing full width cuts. This ensures that the load on the grooving tool is on the front of the tool, opposed to the sides. It also ensures even wear on the insert. The user sets a Z break distance and the roughing cuts are divided into short sections. During the ramped cuts the cut depth gradually reduces to zero. If a ramped cut is interrupted by the profile, it follows the profile until it re-joins its ramped path. I consent to the collection and storage of my details. Vi benytter oss av Edgecam og SOLIDWORKS, og er godt fornoyde bade med support og oppfolging. J?rtek leverer ogsa gode og informative kurs dersom behovet dukker opp, sier Endre Refsnes i Unimek. On selecting a modifier an image or video explains the meaning of this parameter. Embedded help provides instant access to further information without the need to open an additional window. This can be specified in the toolchange (Milling Cutter dialog) or via the new ToolStore tool type. This allows you to rectify the problem. This informs you that the input geometry to the cycle has changed and therefore may require some adjustment. This can be done in Design mode. Depending on the direction the window is created, can vary what faces and entities are selected.http://edv-denk.com/userfiles/cx7530-manual.xml A tick next to the option indicates that the toolpath for the instruction is displayed. Hidden toolpaths are shown in pale grey in the instruction list (see illustration, instruction 14). Use fixtures to represent how the work piece will be clamped to help avoid collisions. There are settings for avoiding fixtures in the Roughing cycle, for example. With a milling (driven) tool selected, you see the 3D stock. Edges and faces should not cross over or exactly meet as Simulator converts the profile into a solid and this will cause an illegal operation.This option is typically used when rough turning from casting or forging to reduce air cutting and to optimize cycle times. Although the geometry is transferred to the Stock layer, it is unaffected by this. In solid bodies for example, you can still find features or digitize the body for machining. In Turn (ZX) this is a Y depth. In Mill (XY) this is a Z depth. Your override setting is remembered and not replaced by the Type setting; reset Layer to Stock or Fixture to revert to automatic settings. A positive value will enlarge the bounding box irrespective of its position relative to the CPL. Offsets are incremental and not absolute. When the AFR has finished searching the solid model for features the Feedback window will be populated detailing what features have been found on the active CPL. The dialogue shown below represents a Hole Feature. It is possible to manually assign tapping data to the feature that can then be passed through to the Operations in Manufacturing. You can also edit the Geometry of the Feature. Activating Preserve Depth will preserve the absolute Depth when altering the Level of a feature. This is because the Depth is relative to the Level, and if the Level is modified, the Depth moves with it by default. Render the features using the Toggle Features icon found on the Display toolbar. This will render the features the same colors you specified in the Feature Finder dialogue box.https://congviendisan.vn/vi/boss-br-900-owners-manual These next steps will review the Features for Milling: A feature might represent a pocket or boss for example. See below: To do this, the cap must be included in the cycle. Caps have their own definable layer, color and name. If you explode a capped feature, the cap will be kept as a separate STL entity. Please note that exploding caps will break Associativity. If unchecked, concentric holes of the same radius at different heights will be found as separate features. Use this setting if you will be roughing out pockets with bosses, to prevent the boss being machined away. Open pockets allow roughing without ramping (for example), as the tool can approach through the wall gap. Open mill features allow roughing without ramping (for example), as the tool can approach through the wall gap as with Open Pockets. These will support multiple open sides, continuous draft angles, upper and Lower Radii. Instead use Flat Land Finishing as this automatically machines round the geometry. These next steps will review the Features for Turning: A feature might represent a pocket or boss for example. These can only be found from Part Modeler or Autodesk Inventor models. This is the radial (parallel to X) portion of the full envelope that has the highest Z value. This is the radial (parallel to X) portion of the full envelope that has the lowest Z value. You can create features by: The correspondence is associative, so if the model is edited the Features automatically adapt themselves. This eliminates a digitise. If you wish to feature find on the stock body, use the Digitise option. For example if some pocket geometry in the solid has a planar base parallel to the XY plane of the Top CPL, this would be found if you selected the Top CPL. The Feature Browser can show features grouped according their CPL. This will automatically create a new CPL for the features (if necessary), based on the face orientation. You can use the Display tab to specify a color and layer for the found features.http://henrikedmark.com/images/carrier-thermostat-33cs420-01-manual.pdf You can have one or more GLviews open in the Graphics Area.The Default view uses the Edgecam default view settings. With the Tracker view active and in Design mode, changing the active CPL will change the displayed view. The tabbed view locks the orientation of the part so it cannot be accidentally changed. Select the Default view and the part can then be rotated as normal. Create a new view and select the appropriate CPL to align to. This will allow you to easily navigate around complex parts when creating machining instructions. Use the other parameters in the Configure View dialogue box to specify display settings such as rendering, or translucency. These properties are specific to each individual tabbed view. To do this hold down the Ctrl key and digitize the whole solid body, or any of its faces. Simply make your very last CAM instruction “Batch Mode-On”. The CAM elements of the file will be reduced. Do however, remember to inform the recipient of the file to turn OFF batch mode upon opening the file. This requires the selection of a face, plus an origin (optional). You can select the origin from any points on the model (including typed in co-ordinates and vertices). This CPL can then be used as a reference for machining purposes. The full functionality for CPL creation is available through the normal Create CPL command, although this will first require you to create the Edgecam geometry. Choose between the following options: The orientation is taken from the cylinder, the Z-axis of the CPL will point away from the middle of the cylinder. If the datum position for the CPL is above the centre of the cylinder the CPL’s Z axis will point up and if the datum is below the centre of the cylinder the Z axis will point down. The default setting for this option is ON.) This allows you to create and edit instructions in the foreground while other toolpath are still calculating in the background, significantly improving productivity. Background processing works on any hardware but offers the greatest benefits on multi-core PCs. For improved feedback, the progress bar is integrated into the Instructions Browser for background processing. Cycles being processed are highlighted in yellow and progress is shown in green.Current supported cycles are: Roughing, Parallel Lace, Profiling, 5-Axis, Constant Cusp Finishing, Flat Land Finishing, Rest Finishing, Pencil Milling and the Projection cycles. For this purpose, Edgecam introduces a new command, Set Safe Start Position. When set, Edgecam knows it can process cycles in parallel. Note that this command needs to be disabled if you require cycles to start relative to the previous cycle. The Safe Start Position is indicated on the screen by a cyan dot. To process more than one cycle at a time, cycles need to know where to start and end independently of each other. Changing one cycle can alter the start point of the next cycle, causing a regeneration. This can cascade through the entire sequence, with all cycles being regenerated. By adding a safe start position, each cycle knows where it will start and finish. Regenerating one cycle will not affect subsequent cycles, reducing unnecessary regenerations. When that number is reached the subsequent cycles will not start processing until one of the existing processes has finished. To stop a cycle that is currently being processed or has not started yet, right-click on the instruction to open the shortcut menu and select Stop. This will abort the calculation and turn the instruction red to indicate it has not completed En hake indikerer at verktoybanene for instruksjonen vises. Gjemte intruksjoner, vises utgraet i intruksjonstreet(se illustrasjonen, intruksjon 14). This combines features of profiling and hole cycle to overcome the limitations of the earlier cycle and to be compatible with other Edgecam instructions. The cycle can be used to machine wireframe and solid (associative) geometry, and offers support for helical arcs, canned cycles and integrated cutter radius compensation, as well as simplified lead moves. This can be specified in the toolchange (Milling Cutter dialog) or via the new ToolStore tool type. Lower Sort Priorities are placed above higher values, so give toolchanges a value that will produce the correct order of machining, such as: Instructions are moved in blocks that start with a toolchange instruction and extend to the instruction before the next toolchange. The lowest value is placed highest up the sequence. If tools have the same Sort Priority, the sort on priority will group them together and their order within the group will be determined by their original (pre-rationalise) order. For these moves, specify how the safe Z value is to be derived. If required, you will need to move the tool manually to a safe position. This is generally used when indexing and approach moves need to be above the component. The tool will retract a radial distance from the centre of rotation or a specified CPL. Please note that availability of this option is dependent on your machine configuration. This has been improved in the Finish Turning cycle.It allows you to create new databases and backup, restore, and delete existing databases. The ToolStore databases can be stored on your local machine or hosted on a server, for access by client Edgecam machines. To copy a database to another installation (a colleague’s PC or a database-hosting server installation for example), you use ToolStore Administrator to create a backup of the database and then create a new ToolStore from this backup. The currently active database is indicated by a blue tick. To change the active database, you follow the hyperlink in the top left of the dialog. This indicates that the database is from a newer version of ToolStore and cannot be used. In the ToolStore Administrator, select ToolStore databases on the left. Search the database for which ToolStore you wish to backup and left click on it. You can select specific instructions, with or without their dialog input. There is a single form-fill input for the variables used. You can only use this method in Manufacture Mode. Then with a right mouse click, open the shortcut menu and select the PCI Template option. Type this in or use the Browse button. This allows you to explain the purpose of the PCI and to tell the user which geometry elements to select. Use the Edit button to change the text. Pick the instructions to be included by selecting the individual instructions with a left mouse click. This allows you to explain the purpose of the PCI and to tell the user which geometry elements to select. Here you can select which instructions to display when the PCI is ran. You would select both Rough instructions and the Rough Cycle dialog windows will be displayed when the PCI is ran. To use this, check the new Rapid Re-Approach option on the Advanced tab. The Rough Groove cycle has been enhanced further to allow you to specify a different feedrate for the second pass, removing the material left behind in the groove. Custom holder graphics can be added to a tool in the toolstore by browsing for the.meg file. The MEG files are associative with the toolstore, so when the MEG file is updated because of a holder modification or update, the holder graphics in the toolstore will automatically update. Load the solid model of your holder into Edgecam, locate the holder accordingly and select the Save MEG file. Move to the Mounting tab and Browse for the MEG file. This removes any possibility of an undercut shoulder being left at the end of the cut. Edgecam creates turn features on either side of the component that can be selected to machine. Normal Lead in and out moves will be applied all around the part. You can see how it only machines the component where stock has been left from the previous cycles. Stock can be created automatically, from a solid, cylinder or from a turn billet. Otherwise use, to manually select the stock (or for no stock). The Stock Offset parameter will allow you to set a 3D offset amount that’s applied to the stock’s current state.You need the ZX environment set as the default, as determined by the specified defaults file.) Intellisnap: What is it and how do you use it? When turned on, it will display a feedback window with information about entities.As your cursor nears these points, they become highlighted and your click selects these points exactly. It will display which tool is used in the toolpath, cycle type, and also the cycle time. While holding down the Ctrl key, right mouse click on the desired point. Then click and hold the right mouse button to rotate normally. This marker shows the X axis, Y axis, and Z axis of the CPL. Check the Axes box and select Ok. Once opened, right click in the graphics area and select Options. On the General Tab, select Maximized and click Ok. Next time Simulator is opened, it will run full screen. Right click on a feature to either copy or move the features from one spindle to the other. The appropriate commands can now be executed from the Solids menu and toolbar in Manufacture. No need to move back to Design to accept the new features when revision changes occur and the model updates with new features. Rewind to any previous point in simulation without having to fast forward through each tool change. There’s no need to simulate the whole sequence each time just to view a specific machining command or instruction. Simply pick exactly which instruction to simulate. In Edgecam 2012 R2, Simulator has been enhanced for more control over where to stop the simulation It is also useful for cutting materials where it is beneficial to minimize re-entrant cutting as it keeps the tool in contact with the material for longer. It works in the same way as other strategies where a 10 larger drill is expected for the pre-drill option. This option is available for all Roughing strategy types. These pegs would be removed if the feeds were reduced, meaning that the toolpath is correct but, due to the “Look Ahead” calculation, the machine tool is avoiding those areas. Clean Up Final Pass has been added to the Control options which will add a pass at the end of the area to ensure that all material has been removed. This will help to reduce secondary de-burring operations. The Rough Profiling cycle removes material in a series of cuts parallel to the input profile and is typically used for roughing free form profiles from free form stock billets. It is also useful for cutting materials where it is beneficial to minimize re-entrant cutting as it keeps the tool in contact with the material for longer. If you created the wrong size stock or in the wrong location, there’s no need to delete and start over. In Edgecam 2013 R1, a number of improvements have been made to the Design Stock command: Previously, the stock was always returned home with the sub spindle. If it is not, a message is issued requesting you do this. Disse reglene kan endres ved a velge fanen File ogsa Preferences. Hold nede Ctrl og hoyreklikk pa onsket rotajonspunkt Den er bygd opp slik: Dvs at den postprosessoren som er valgt i gjeldende sekvens, styre utvalget av verktoy. Edgecam bruker TCP-port 17531 til dette. I denne videoen kan du se hvordan du sjekker at SQL Serveren er satt opp riktig. Hvis det ikke er det, er det mest sannsynlig en brannmur i mellom som sperrer. Da ma i tilfellet samme port apnes for a tillate denne trafikken. Er det derimot ikke kontakt, vil du fa meldingen: Om versjonen funnet er for gammel, vil MS SQL 2014 Express installeres og applikasjonen Toolstore Aministrator installeres i etterkant. En Sample Toostore, med diverse eksempelverktoy blir ogsa installert. Om det ikke er installert en tidligere versjon, vil SQL Express 2014 installeres. I tillegg til dette vil Toostore Administrator installeres og en Sample Toolstore for gjeldende versjon. Hele innholdet av “tstore” kopieres. Dette gjores ved a apne Toolstore Administrator pa klienten og velge Toostore databases, sa Browse. Deretter velges forst database server, ogsa aktuell Toolstore. Toolstore settes aktiv med a bekrefte valget med Make Active. Dette gjores ved a velge Active Toostore database og bla til den delte mappen pa nettverket som ble kopiert ildligere. Dette valget ma bekreftes med knappen Change. Dette gjores ved a kjore installasjon or aktuell versjon ogsa oppgradere databasene som er i bruk. Denne applikasjonen ma kjores pa den aktive dataseserveren. Dvs: for a ta eks en backup pa en server, ma en starte TSadmin pa selve serveren og ikke klienten. Det vil si at installasjon og konfigurasjon gjores automatisk. Pa denne maten vil en far et komplett oppsett og en verifisering pa at alt fungerer som det skal. Avhengig av installasjonsvalg, vil filer kopieres til bade programfiler og til brukerens hjemmekatalog. Edgecam Toolstore er installert pa Microsoft SQL Express og denne vil ogsa konfigureres via installasjonspakken. Windows systemvariabler blir ogsa opprettet som definert under. For a kunne teste ut funksjonaliteter som ikke inngar i gjeldende lisens, kan Edgecam settes i “Homework mode”. Dette gjores ved a hoyreklikke pa CLS og velge Homework mode. Dette gjores pa samme mate som ved installasjon av frittstaende klient lisens beskrevet HER Om du onsker a oppdatere lisens, om det er pa grunn av expiry-dato er utgatt eller om det er pga det er endringer i system og moduler, gjores dette enkelt via CLS pa samme mate som man installerte lisensen pa. Mer info HER Edgecam bruker Safenet Sentinel RMS som lisensieringslosning. Dette er en lisensieringlosning som gir stor fleksibilitet, samtidig som det er en meget sikker lisensieringslosning. All handtering vedrorende lisens, gjores fra CLS (Client License System), som finnes i systemstatusfeltet. Begge disse kan lases mot maskinvaren de blir installert pa (NoKey), eller mot en USB-nokkel som fungerer som en ID-nokkel (Keyed). Informasjon om siste versjon og hvordan denne kan lastes ned, finnes HER Etterpa kan Edgecam installasjon startes med valget Repair Installation. Dette gjores pa folgende mate: Dette er meget viktig. Om CLS ikke er installert pa server, kan denne installeres “over” License Manager. Tilgjengelige lisenser vil vises under Server Details Er den derimot valgt inn som Reserved, starter ikke Edgecam om lisens ikke er tilgjengelig. Denne kan installeres pa to mater, enten som en full CLS-installasjon(anbefalt) eller minimal installasjon der kun selve tjenesten Sentinel License Manager installeres. Om full installasjon med CLS velges pa server, ma denne prosedyren folges: Derfor ma nettverks-instansen, som vi installerte i punkt 1, sokes frem. Dette gjores ved a klikke pa menyen “Server” og velge “Seach Network”: Dette gjores ved a kjore GenerateLockCode.exe fra mappen: Dette gjores pa samme mate som ved installasjon av frittstaende klient lisens beskrevet over Det samme er tilfellet om skriverettigheter til mappen: “C:\ProgramData\Vero Software\20xx.xx\CLS” Lockcode genereres utfra din maskinvare og er unik per PC. Er det forste gang lisensen blir aktivert, sendes Lockcode til Vero og Servercoden blir koblet mot denne Lockcode. Velg Neste, Neste og Fullfor. Dette er en lisensieringlosning som gir stor fleksibilitet, samtidig som det er en meget sikker lisensieringslosning. Begge disse kan lases mot maskinvaren de blir installert pa (NoKey), eller mot en USB-nokkel som fungerer som en ID-nokkel (Keyed). Nar Edgecam Toolstore database endres, ma derfor ogsa Adveon konfigureres om. For a fa oppdatert maskininstillingene i Edgecam, ma disse leses inn pa nytt i gamle prosjekt. Dette gjores med en funksjon som blir kalt “Reload Machine”. Denne filen ma slettes fra denne lokasjonen: C:\Users\XXXX\AppData\Local\Vero Software\2015.20\Edgecam\Language. Det er kun nodvendig a slette mnu filen for deres kunde maskiner. Om dette ikke skyldes systemfeil, som driverproblemer mm., ma hendelsen dokumenteres og sendes inn. Disse loggene kan apnes og legges ved som dokumentasjon pa hva som feiler. Husk a merk deg klokkeslett, nar hendelsen skjer, sa blir hendelsen i loggen lettere a finne. Det sparer tid og gir hoyere utnyttelsesgrad av maskinparken. Dette har CAM-leverandoren Vero tatt tak i og utviklet en importfunksjon i Edgecam. Na kan verktoyoppsettet i Mazak maskinene importeres til Edgecam og brukes som verktoybibliotek for simulering. Dette gir mer noyaktig simulering, og eliminerer potensielle feilkilder mellom verktoyoppsett i Edgecam og Mazak-maskinene. J?rtek leverer hurtig og utmerket support slik at vi kjapt kommer videre og aldri star fast. J?rtek bidrar ogsa til at vare programmerere og konstruktorer har hoy kompetanse gjennom kurs og oppl?ring i bade EdgeCam og SOLIDWORKS. Programmeringspakken vi benytter na har aldri v?rt bedre og er helt i toppen. Kan anbefale de til hvem som helst, nar som helst. J?rtek leverer support innen fa minutter, og vi er veldig fornoyd med oppfolgingen vi far. Vi er sv?rt fornoyd med J?rtek og deres rolle i dette arbeidet som bidrar til at vi kan optimalisere var produksjon. Pumpehuset er 8 mm i diameter og fores inn i hjertet med kateter via blodarene i lysken. I dag gjores dette med apen kirurgi. Les mer Ok. Guided through hands-on exercises by an experienced instructor, software users will quickly learn how to creating basic turn toolpath using solid CAD models for single-part machining applications. The course also introduces participants to the ToolStore database, providing the basic knowledge required to begin adding user-specific cutting tools, stock, fixtures and setup information to the database. Knowledge of basic CNC machining. All Rights Reserved. Click here to find out how to enable. Click here to find out how to enable. PES reports. After that, the shape is machined using Edgecam’s milling cycles to create the final component. Manufacturers will now notice average time savings ranging between 15 and 60, depending on the complexity of the component and its cycle parameters.” This has been achieved by the way the software calculates prismatic geometry within the toolpath. This enables high productivity finishing to be achieved in conjunction with Sandvik Coromant’s CoroTurn Prime tools and inserts. Also, the cycle feed rate can be expressed using the Chip Thickness modifier, as well as in the traditional format of feed per revolution. The inclusion of Runout Angle and Runout Length means toolpaths can be trimmed to user-specific demands. Safe Distance modifier has been added to the Thread Turning cycles, giving more accurate control at the start position of a threading toolpath,” says Mr Buehler. “Finish Groove toolpaths can be more tightly controlled with new Start and End Extension modifiers.” Also, where either the solid model geometry is incorrect, or the model isn’t available, the new manual feature means it’s still possible to inspect a region.” These give greater control and a more detailed inspection routine, while communicating to the machine tool via the NC gateway,” Mr Buehler explains. Where such a collision exists, the system removes the drill position and alerts the user. Specifically, neighbouring features which could potentially come into contact with the flute of the taper tool, can now be excluded. This will be a major boost for manufacturers who haven’t yet sampled the power of Edgecam’s Solid Machinist capabilities.”. And by having access to our ebooks online or by storing it on your computer, you have convenient answers with Edgecam Manual. To get started finding Edgecam Manual, you are right to find our website which has a comprehensive collection of manuals listed. Our library is the biggest of these that have literally hundreds of thousands of different products represented. I get my most wanted eBook Many thanks If there is a survey it only takes 5 minutes, try any survey which works for you. And by having access to our ebooks online or by storing it on your computer, you have convenient answers with Edgecam 12 5 Manual. To get started finding Edgecam 12 5 Manual, you are right to find our website which has a comprehensive collection of manuals listed. With unparalleled ease of use and sophisticated toolpath generation, it’s the only CAM system you’ll need for milling, turning and mill-turn machining. Edgecam utilizes your in house knowledge and experience to drive the CAM process with automation tools to suit different applications - allowing you to maintain your competitive edge. Pinterest Explore Log in Sign up Privacy. EDGECAM offers not only best in class prismatic machining capabilities, you also have powerful 3D solid and surface machining strategies. Traditional tool paths have to run slower feeds and speeds due to the variable widths of cut condition when encountering corners and material entry. View Complete Details Ideal for the rotary machining of automotive and aerospace components. Wide range of advanced options providing complete control of the tool. View Complete Details Features at a glance: Intuitive, easy-to-use graphical user interface.