After your nesting is complete, you can interactively change the cut sequence if desired. This tool bar has special tools to help you change the cut sequence. Normally it appears as a floating toolbar on your workspace area, but like all other toolbars, it can be docked. The current cut sequence for each part on your nest will be displayed.
You can now use the mouse to select parts and toggle them between sequenced and unsequenced mode by simply clicking on them. When a part is unsequenced, it will not have a sequence number displayed near the start point of the exterior profile and it will be drawn in the unsequenced color. The cutting sequence determines the order in which individual parts on a nest will be cut. ProNest automatically calculates a sequence based on the current cut sequence settings.
You can use the Cut Sequence toolbar to edit that sequence, or to define the entire sequence manually. When the Cut Sequence toolbar is displayed, the cutting sequence is shown on the parts. A pop up window also appears allowing the user to modify the cut sequence. After selecting one of the icons, follow the prompts at the bottom of the taskbar to alter the cut sequencing.
This allows you to move or insert the unsequenced part or parts into the cut sequence before an already sequenced part. Appends the unsequenced parts to the end of the cutting sequence.
Clears the cut sequence from a selected part to the end of the cutting sequence Clears the entire cut sequence for the current nest. Closes the cut sequence window and exits cut sequence mode. Modifying the Cut Sequence To change the sequence of a few parts on the nest, just click on each of those parts to unsequence them, and then click on those parts again to sequence them in the new order.
To place a part or group of parts in a specific spot in the cut sequence, select and therefore unsequence those parts in the desired order. Click the Insert Unsequenced Parts Before icon on the Cut Sequence Toolbar, and then click on the sequenced part the selected parts should immediately precede.
The sequence numbers of all parts will be adjusted to show the new order. To move a part or group of parts to the end of the cut sequence, select and therefore unsequence those parts in the desired order. Then Click the Append Unsequenced Parts to End icon and those parts will be shifted to the end of the cutting sequence. Set Cut Sequence To explicitly set the cut sequence for all of the parts in the nest, you should first click on the Clear Cut Sequence icon to unsequence all of the parts.
You can also click on the Clear Cut Sequence From icon to clear the sequence for all parts starting with the part you click on next. Then simply click on the parts in the new order to sequence them. ProNest will automatically sequence any remaining unsequenced parts for you. Cut Simulation ProNest gives users the opportunity to view the path the machine takes as it performs its operations. By clicking on Cut Simulation from View or the cut simulation icon, the Cut Simulation tool bar will appear.
After clicking on Play, an animated torch will appear on the plate, and will simulate the machine path used for the current nest.
The speed of the torch can be increased or decreased. When the Cut Simulation toolbar is displayed, the machine path is simulated on the plate. A pop up window appears allowing the user to start, pause, stop and change the speed of the simulation. Pauses the cut simulation process. Stops the cut simulation. Determines the speed of the cut simulation. Closes the cut simulation window and exits cut simulation. Cropping the Plate In ProNest, cropping is used to cut a usable portion of the plate away from the skeleton created by cutting out the parts.
When a crop is defined for a nest, the default sequence would place the crop at the end of the CNC file. This may be overridden by modifying your cut sequence rules. AutoCrop The Autocrop option under the nest menu will add a cropping cut beyond the nested parts.
ProNest uses the settings on the Settings Crop page to determine the best remnant that may be generated from the current nest. Checking the Crop settings box for Step 1: Find the best vertical crop will result in a straight crop cut from the top to the bottom of the plate.
The remnant plate created can then be easily used in ProNest by entering it as a custom plate size. Interactive Cropping Interactive cropping allows you to create the path for the cropping cut by defining a series of linear motions. To interactively crop a nest, click on the Crop Mode icon on your toolbar, or select the Crop item from the Nest menu.
Once in crop mode, a cross-hair cursor will be drawn across the plate. Start your crop by clicking below or above the plate edge. ProNest will automatically start the cut at the plate edge for you. You can then simply click on a series of points to define the cut path.
Finish the crop by clicking above or below the opposite plate edge for the last crop motion. You can complete a crop at the right or left edge of the plate if desired. An alternative to the single click method for defining the crop is to click down with the mouse button, drag out a line and then release the mouse button.
This method allows you to see where each section of the crop cut will be before you release the mouse button.
You can also hold the shift key down while using this method; this causes the resulting crop line to "snap to" the nearest horizontal, vertical or 45 degree line. While in the process of defining a crop, you may delete the most recently added crop point by pressing the Backspace key. Repeatedly pressing the Backspace key will erase all of the crop points in the active crop so that you may choose a new starting location for the crop.
To exit crop mode, click the right mouse button. ProNest will automatically trim or extend the last crop line to the plate edge. Measure Mode Measure mode is used to measure distances on your nest using the mouse cursor. For example, you could use this to check part separation or a dimension on a part.
The accuracy of the measurement is limited by the distance represented by one pixel on the screen, and by how accurately you select the measurement points. To enter measure mode, click on the Measure Mode icon on your toolbar, or select the Measure Mode item from the Edit menu. While in measure mode, ProNest will display cross-hairs across the desktop area and the mouse cursor will change to a measuring tape. Once in measure mode, you can make a measurement by clicking down with the left mouse button, dragging out a line, and releasing the mouse button.
The cursor will automatically snap to the edges of nested parts to make measuring from a part edge more exact. The results will be displayed in the status bar. For each measurement, the distance with the known accuracy , the DX delta, or change in X and the DY delta, or change in Y are displayed. You can also hold the shift key down while using this method; this causes the resulting measurement line to snap to the nearest horizontal, vertical, or 45 degree line.
To exit from measure mode and return to normal Select Mode, you can click the Right mouse button, or click on the Select Mode icon in your toolbar.
Note: It is often helpful to zoom in on the area being measured. Advance to a New Plate When the current plate is full and there are additional parts to be nested, click on the New Nest icon or select New Nest from the nest menu. A new plate can be selected and nesting can be continued. These CNC files contain the instructions for your cutting machine to cut out the entire nest, and the cropping cut, if one is defined.
When the Output CNC dialog box appears you can navigate to the desired folder to which the files should be written. The filename will default to the file name used when you saved your job, or Untitled if you have not yet saved it. You can change this filename if desired.
Likewise, the filename will end with your default CNC extension from your settings. This too, can be changed. Click on Save to create the CNC files. If you have more than one nest, and are using a default CNC extension, ProNest will append a number to the filename. For example, if you have two nests and you entered TEST. If the option to Use Long Filenames is not checked in the CNC output section of your settings, ProNest will first truncate the filename so that the resulting name is not longer than eight characters.
If existing files will be overwritten and you have asked to be warned about overwriting CNC files in your Preferences Miscellaneous , ProNest will display a warning dialog box. When the Save Job As dialog appears, the desired folder to which the. NIF file is written can be selected. All aspects of the nest including part geometry, plate information, and settings are saved.
This file can be opened at any time by clicking on the Open Job icon or selecting Open Job from the File menu. This restores the job as it was saved, should it need to be changed.
At this time, the nest s can be modified in any way or the entire job can be unnested and renested in a different manner. Creating a Remnant or Skeleton A skeleton is the full plate minus the nested parts. Note that the plate does not need to be cropped in order to create the skeleton. After cropping the plate, the remnant drop may be saved to the plate inventory database by selecting Remnants and Skeletons under Job.
A list of all available remnants and skeletons that have been or may be created will appear in a list. You may right click on a particular nest to create remnants and skeletons just for that nest or you may create remnants and skeletons for all selected nests by clicking on the Save Remnants and Save Skeletons buttons on the bottom of the dialog.
Remnants and skeletons for any nest may be discarded in a similar fashion, either by right clicking on a nest in the list and choosing one of the Discard options or by clicking on the Discard Remnants and Discard Skeletons buttons on the bottom of the dialog.
During the CNC output process, if any remnants and skeletons have been created, you will be given the option of updating them in your plate inventory database. Custom Remnants A custom remnant is a partial plate of material available in inventory.
Custom remnants can be created in both the New Nest and Autonest setup screens. In each of these screens you have the Remnant option when selecting the custom plate drop-down menu. Reports ProNest can produce a variety of reports to assist your cutting machine operator and to provide you with detailed information about production times and costs for your parts and the complete job.
To view a report, select the Reports item from the File menu, a sub-menu with each report will be displayed. Simply click on the preview icon to the left of the desired report to preview it on your screen. When the report preview window appears, you can use the icons in the toolbar to view each page, change your printer or its properties , and of course, print the report.
This report shows an image of each nest, the plate size and material information and the cutting sequence number for each part. This report shows an image of each nest, the plate size and material information, and the cutting sequence number for each part. A list of the nested parts in cut sequence order is also displayed. A list of the nested parts in cut sequence order showing the number of torches used and the torch spacing for each part is also displayed.
This report provides summaries of the utilizations, plates, and production cost information for each of the nexts in the job.
Provides dimensions; material, weight, quantities, and additional information along with a part picture. Provides similar information to the Part Detail report,. Inventory Summary Inventory Detail Optimization Accounts for inventory plates used in the job Provides dimensional information on the inventory plates used. Displays the utilization and production information for each nest in the job, along with the optimization strategy if any that was used to create it.
The Part List report contains the filenames including path , quantity required, quantity nested, priority, restriction angle, initial rotation and reference value for each part in the job, and will sort the parts by customer.
Will print the part information on standard Avery labels. Rectangular nesting often called Block nesting places an imaginary rectangular border around each part. The parts are then placed on the plate in such a way that no part infringes inside the rectangular border of another. True Shape nesting allows parts to be placed on the plate based on their actual shape, not a rectangular border.
This allows parts to be interlocked or placed inside profiles of other parts. Since, in general, both styles follow the same procedures and rules, we will concentrate on True Shape nesting. Factors Which Influence Nesting After developing a list of parts and plates as discussed earlier in this chapter , rather than manually placing parts, click on the Start Autonest icon.
If the parts are defined to match the plate material, they will automatically be placed on the plate, starting from the corner specified as the Init Point defined in the General Settings. Autonest, under Settings, is a Strategy combo box- the strategy chosen will dictate the way ProNest places the parts on the plate.
Each strategy may give different results and take varying amounts of time, based on its complexity. Once the parts are nested, the plate s can be unnested and another strategy can be selected, if desired.
An important aspect of autonesting as mentioned earlier is the separations between other parts, the edge of the plate, and the pierces blow-through points. These are discussed in Chapter 3.
It is important to know that ProNest normally will nest the largest part first, until either the quantity is exhausted or no more can be fit on the plate. Then it will try the next largest part and so on. The priority allows the user to dictate which part should be nested first. The lower the number, the sooner it will be nested. These values are applied to all parts. The part bin is ordered by size largest part on top. If the priority is changed, the order the parts appear in the part bin changes also.
Multiple Torches As in interactive nesting, multiple torches can be used. Set the Number of Torches in the Torches section in Settings to the maximum number of torches of the same process used by the cutting machine.
If the optional variable multi-torching features are used, ProNest will not only vary the spacing between parts but also change the number of torches used, based on the space available. If fixed number of torches and spacing is used and the parts are too large to fit on the plate, a Not all parts were nested message will be displayed.
Change the number of torches and try again. This message also occurs if there are parts remaining and all plates are full. Using Both Automatic and Interactive Nesting A very useful feature of ProNest is the ability to utilize both automatic and interactive nesting on the same job. Place a few parts on the plate manually in the manner desired then click on the Start Autonest icon to complete the plate.
Likewise, autonesting can be used first followed by manual rearranging of parts to enhance the utilization of the plate. The autonest function can be stopped at any time by clicking on the Stop Autonest icon.
Once the parts are nested, the features discussed earlier in the Interactive Nesting section are all available to the user. Parts can be moved, rotated, duplicated, or mirrored. The cut direction can be changed on individual parts. The plate can be cropped and the cutting sequence, which is automatically developed by ProNest, can be modified. Material Database The Material Database stores a list of all the different material types and thicknesses that you might want to eventually nest on.
Once this list is created, it will be available within ProNest and you will be able to assign a material type and thickness for each part and plate.
By providing this information, ProNest will be able to calculate costs and weights for every part and plate. To add a material to your Material Database 1.
On the Material Database toolbar, click New. Under the General tab, type at least the material name and thickness of the material. To save the material, click OK. Notes: The density and thickness are used to calculate part and plate weight. The unit price is used to calculate the part and plate material cost. To delete a material from your Material Database In the list of materials, click the one you want to delete, and then click Delete on the toolbar.
To change material information in your Material Database In the list of materials, locate and double-click the material you want, and then change the information as needed. Customer Database The Customer Database stores a list of all your companys clients. Once this list is created, it will be available within ProNest and you will be able to assign a customer for each part.
By providing this information, ProNest will be able to provide reports itemized by customer. To add a customer to your Customer Database 1. On the Customer Database toolbar, click New. Under the General tab, type at least the customer name.
On the other tab, add any information you would like to include. To save the customer, click OK. To delete a customer from your Customer Database In the list of customers, click the one you want to delete, and then click Delete on the toolbar.
To change customer information in your Customer Database In the list of customers, locate and double-click the customer you want, and then change the information as needed. This program allows the user to make significant changes to the selected part. Advanced Edit allows the selection of points, entities, or profiles.
If the entire profile highlights when selected with the left mouse key, Advanced Edit is in profile mode. If editing entities or points is desired, click on Select Profiles under the Edit menu to disable profile mode. Likewise, if only individual entities are being highlighted, click on Select Profiles to activate profile mode.
The current mode is displayed on the bottom of the screen. Point Mode Point or Entity selection mode is determined by which is selected first. If you left click on a part entity within the selection tolerance of an intersection point, you will enter Point mode and the intersection point will become selected. If you click on a part entity outside of the selection tolerance of an intersection point, you will enter Entity mode and the entity you left clicked on will become selected.
When in Point mode, left click on a point one of the dots on the profile. Looping is a method to ensure a sharp corner on a part. The torch passes straight through and beyond the corner, then loops around to enter the corner again at a zero degree angle relative to the next line to be cut.
This prevents rounding of the corner but, since it adds to the profile, also takes up more material when nested. The scale controls the size of the loop and the remaining parameters refer to CNC output and may or may not be applicable to the cutting machine. Right clicking on a point allows the user to make it a Start Point or choose Quick Loop, using whatever loop values were previously used in this session of Advanced Edit. When Make Start Point is selected, the default leads from ProNest are used in conjunction with the style already used for the part.
In other words, if moving the leads from corner to corner, the style and dimension will not change. If the leads are moved from corner to side or vice versa , the leads will be set to the ProNest default values. However, if the leads appear on the wrong side of the profile, there are most likely problems with the drawing that should be explored. MTC Technical Support will be happy to explain some possible reasons and solutions should this occur.
Entity Mode Selecting an entity line or arc with the left mouse key opens the Entity Properties box to the right of the part display. This provides pertinent information about the entity such as start, end, and center point if applicable coordinates, length or radius, and output parameters.
Right clicking on an entity allows the user to Delete the entity, make the point where he clicked the start point Make Start Point , or split the entity at the point he clicked Split Entity. Tabs can also be added at the point of the mouse click. Selecting Add Tab opens the Tab Properties box on the right of the part display screen.
A tab is a bridge or stitch cut that leaves the part still connected to the plate. At the spot of the tab, the torch will shut off, move to the end of the tab or the leadin to the tab, then begin cutting again.
The properties allow definition of the leadin if desired , the length of the tab, and CNC output values. After adding the tab, left click to select another entity, then right click to select Quick Tab. This will create a duplicate tab at the new location. Profile Mode If the user has been modifying points and entities and now wants to change features of a profile, he would need to choose Select Profiles from the Edit Menu.
A left click on a profile opens the Profile Properties box, allowing the user to change the cut process, the kerf offset direction, the cut direction, and the cut sequence number location. Right clicking on a profile allows the user to Delete it. Additional Utilities of Advanced Edit File Menu When all changes are made to the part, the following options may be useful: Output generates the CNC code that operates the cutting machine. Normally, this would not be used since ProNest outputs the code for the entire nest.
Sometimes however, the output of only a single part is needed and this is a quick way to do it. Update saves and carries over the part changes into ProNest upon exiting Advanced Edit. The changes can also be saved when the x in the upper right corner is clicked.
Reload restores the part to the last saved condition either the way the part was originally brought in or the way it was after Updating , eliminating any changes made. Print allows the part and its properties to be printed. Edit Menu In addition to those discussed earlier, the Edit menu allows other helpful routines: Select All allows mass editing of multiple points, entities, or profiles. For example, if a lead was selected anywhere on the part and Select All was clicked, all the leads would be highlighted and could be modified by changing the properties as we did with a single lead.
When applied, all the leads should change. Unselect All will unselect everything, as will clicking off the part. Delete will remove the selected entity or profile. Select Mode allows you to select points or entities to be modified. Select Profiles allows whole profiles to be selected, allowing them to be edited.
Measure the distance between two points by clicking on the measure icon or menu item. Move the crosshairs to one spot, click and hold the left key, dragging the mouse to the next spot. Release the mouse key and the information will be displayed on the status bar at the bottom of the screen. Default Tab Settings allows the user to set up the tab properties that will be used in Quick Tab mode.
Default Loops Settings allows the user to set up the loop properties that will be used in Quick Loop mode. Additional Selection Techniques In addition to the selection method we used to pick points, entities, and profiles, Advanced Edit provides a couple other tools. Area Select not listed in the Edit menu fine tunes the Select All function by allowing the user to open a window around the items he wants to select.
This works in an identical manner to ProNest- right click then drag the mouse from left to right, opening a window around a given area. If a point is selected, all points falling within this window will also become selected. Likewise, if an entity is selected prior to opening a window, all entities completely inside the area will be selected. The same holds true for profiles. When the. Area Select window is opened from right to left, the entity or profile only needs to be partially in the box to be selected.
Using the Ctrl Key Multiple but similar items can also be selected by holding the Ctrl key while selecting. All the items that are clicked will be selected. Using the Shift Key Multiple but similar items can also be selected by holding the Shift key while selecting. If an item is selected and an item on the other side of the part is clicked with the Shift key, not only the two items will be highlighted but all similar items in between.
View Menu Toolbars may be selected for display and customized. Properties Toolbar will either display the various properties toolbars to the right of the part display or not.
The following are some useful features found in the View menu that aid in verifying whether or not the part is ready to nest. Zoom features are identical to those found in ProNest and were discussed earlier in this chapter. Index traces the path of the torch as it rapid travels torch off motions from profile to profile. Cut Sequence assigns a number for each profile in the order the part will be cut. Cut Direction displays arrows pointing the direction the torch will travel around each profile.
Intersection Points show the start and end points of each entity. Start Points displays the start point of each profile. Open Profiles, when selected, displays diamonds at points where ProNest finds problems in the cad drawing. Display Only shows any information that is on a cad drawing layer that matches the ProNest Plot layer name. Part names, heat s, dimensions, and other items of interest can be displayed if selected. Bevel Properties, when selected, displays bevel angle information for selected entities in the Entity Properties dialog.
View All Profiles displays all currently visible profiles in the current part. View One Profile changes the display mode so that only one visible profile at a time is displayed. The user may then cycle through each of the visible profiles, displaying one at a time. Part Menu Cut Sequence allows the user to change the order that profiles are cut simply by clicking on the profiles in the order he wants.
Close Open Profiles allows the user to close a gap in the profile Note- This is not designed to correct other types of open profiles like overlapping entities or improperly trimmed intersections.
Open profiles are indicated between two diamonds. Part Cut Up is an option where ProNest will allow the user to cut parts into smaller pieces and place them at different locations on the same plate or even a different plate. Cut Simulation allows the user to view a simulation of the geometry of the current part as it would be cut at the cutting machine.
Edit Cut Paths allows the user to resequence motions in the current CLC part into one or more new profiles. This is an advanced feature which must be authorized. Scale, when selected will change the dimensions of the entire part by a factor defined by the user. After clicking on Scale, a crosshair appears. Click and drag the mouse where or how far the mouse is moved makes no difference and a Scale window appears. Enter a percentage value for the scale will double the size, 50 will cut it in half , then click on OK.
The display will not appear different but measuring Measure from the Tools menu will indicate the difference. Scribe Text will write text onto the part for information purposes. This information will be etched or scribed onto the part at the cutting machine.
Move Init Pt allows the user to select a new init 0,0 point for the part. The spot at which the mouse is clicked can become the new init point or X, Y coordinate values can be entered. Recalc Init Pt locates the 0,0 point to a specified location in reference to the part.
Entity Menu Split Entity allows the user to split the selected entity, which creates a new point. Split Profile removes the selected entities from the profiles they are currently in and creates 2 or more open profiles. Modify Leads allows the user to change the starting point of the parts lead-in and leadout; the new start point will assume the original start point properties if the start point is moved into a similar situation, i.
Otherwise, the appropriate leads will be applied from settings. Modify Loops will allow the user to quickly enter loops using the default settings. Modify Tabs allows the user to add tabs to selected entities using the default settings. A screen appears which allows the user to either save the changes for this part or to update those parts already nested.
Properties The following properties can be modified at the properties window under Preview depending on whether a part is selected in the explorer view or the part list. See Chapter. The following chart briefly explains what each category contains.
General identifies the file type, file units, and tolerance. ProNest searches the CAD drawing for the layer names specified. When it finds a match, it extracts the information and assigns it to the appropriate process. Cut Sequence settings allow the user to specify the cut sequence method for interior profiles within each part, as well as specifying settings associated with the particular cut sequence method chosen.
Options include but arent limited to selecting an origin corner, reversing the cut direction, exploding multiple parts and using pre-drawn leads. See Chapter 7 for a complete description of each of these settings. Displays information such as width, height, cut length, area, and weight of the selected part. If additional cost information is available, time and cost to produce the part will be calculated.
This reference can be a customer name, a P. This is displayed in the reports as well. Once added to the part list, a part s may be deleted by selecting it them and clicking on the remove part icon.
After entering all of the part files for the current job, close the Part List window by selecting the Close item from the File menu, click on the X in the upper-right corner of the window, or click on Return To Nesting.
You will be returned to the main screen of ProNest. The parts now appear in the part bar located at the left of the main ProNest window. Once this list is created, it can be accessed within ProNest so that a user can easily see what he has available to him to nest on. Plate Inventory is also the location where the unnested portion of a plate is stored as a remnant or skeleton.
To add a plate to your Plate Inventory Database 1. On the Plate Inventory Database toolbar, click New. The required fields for Remnants and Skeletons Filename - If manually entered, this field needs to be filled in Material - Type of material the plate is made of. The important fields for each type of plate: Material Date Rotation Angle of the plate Quantity Available for plate Reorder Quantity for plate Reorder Limit - number of times order can be duplicated.
Click Calculate. This will automatically calculate the area, weight, total weight, value, and total value. If the plate type is remnant or skeleton the length and width will also be calculated. To save the plate, click OK. Notes: The plates unit price will be initialized to the materials unit price. The unit price is used to calculate the plates value. To delete a plate from your Plate Inventory Database In the list of plates, click the one you want to delete, and then click Delete on the toolbar.
To change plate information in your Plate Inventory Database In the list of plates, locate and double-click the plate you want, and then change the information as needed. This list could be used for assemblies or for repeat orders for a customer. Once this list is created, it can be accessed within ProNest when creating your part lists. To add a part to your Part Inventory Database 1. When selected, click on OK.
Enter in the required fields: Part Name - The name of the part being added to inventory Part Path - Where the part file is located Quantity - Quantity of part required Material - Type of material used Customer - Who the part is being processed for Priority - Order in which part is to be nested Init. Rotation - Initial rotation of the part before nesting Grain Restraint Rotation restriction value of the part which limits valid orientations for nesting Mirror - Determine whether the part will be mirrored or not Cluster - Determine whether the part will be clustered or not Common Line - Determine whether the part will be common line cut or not.
This will automatically calculate the length, width, true area, true weight, rectangular area and rectangular weight. To save the part, click OK. To delete a part from your Part Inventory Database In the list of parts, click the one you want to delete, and then click Delete on the toolbar. To change part information in your Part Inventory Database In the list of parts, locate and double-click the part you want, and then change the information as needed. In each of these screens you have the Remnant option when selecting the custom plate drop-down as shown below.
When you select Remnant under the custom plate drop-down, the Define Remnant button becomes available that will open the Define a Custom Remnant screen you see below. To create a custom remnant, first click on the Clear All Points button.
This will clear the screen leaving only the Cartesian coordinate axis. You have the choice to either use Absolute or Incremental coordinates. Using your preferred coordinate system, click the Add Point button to make 0,0 the start of your remnant. Subsequently change the x and y values to represent your first dimension. After each set of x and y values make sure to.
Repeat these steps, and you will see your remnant in the preview pane as you build it. The Delete Last Point button is available to undo any invalid entries. When your remnant is complete click the OK button and continue on with your nesting. Assembly Database The Assembly Database stores a list of assemblies, which contain a list of parts that are needed to create them. AVG Free is available free-of-charge to home users for the life of the product! More Epson Software Updater 4. More IObit Software Updater 4.
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