45 Degree Reverse Bevel Opening Definition |
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The 45° Reverse Bevel Opening is created by cutting into the matboard surface with the blade angled at 45°, thereby slanting the bevel under the matboard surface. The matboard core is not visible from the front. The Bevel Type refers to the angle at which the blade cuts the surface of the matboard when it deviates from the 90° right angle cut. Select Reverse Bevel or Reverse Bevel-Front of Mat from the Current Bevel Type dropdown control to edit this configuration. Cutting from the Front will cut with the face of the mat toward the operator, and can be selected on the Cutting Preview. Configurations cut from the Back will only display the bevel type name with no further label; i.e., Normal Bevel. If you are cutting an element that must be applied to the front of the mat, such as a V-Groove or Pen design, any openings on that layer will also cut from the front and use the Front of Mat configuration item; i.e., Normal Bevel - Front of Mat. So if you are having problems with a Normal Bevel cut on the same layer as a V-Groove, make sure you select Normal Bevel - Front of Mat to edit the configurations for that opening. |
45 Degree Opening Cuts Wrong Place Horizontally (Not Cutting the Outside) | |
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The Horizontal Home defines the global Horizontal placement of objects cut with the Blade Cartridges. If the Opening is cut Too Far Left Horizontally, Increase the Horizontal Home. If the Opening is cut Too Far Right Horizontally, Decrease the Horizontal Home. | |
45 Degree Opening Cuts Wrong Place Vertically (Not Cutting the Outside) | |
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The Vertical Home defines the global Vertical placement of objects cut with the Blade Cartridges. If the Opening is cut Too Far Up Vertically, Decrease the Vertical Home. If the Opening is cut Too Far Down Vertically, Increase the Vertical Home. | |
45 Degree Opening Cuts Wrong Depth When Using SKU | |
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The Depth Bias is used to calculate the proper Blade Depth when the SKU selected for the matboard contains the Matboard Thickness. If the Blade Depth is cut Too Deep, Decrease the Depth Bias. If the Blade Depth is cut Too Shallow, Increase the Depth Bias. The formula is: [(Default Depth) - 10] For example, if the normal Blade Depth for 4-ply is 11, then 11-10=1, so enter 1 for the Depth Bias. See: Depth Bias | |
45 Degree Opening Does Not Pause for Blade Change | |
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The Plunge Count controls the number of Blade Plunges for each Blade Cartridge before pausing for a Blade Change. See: Plunge Count | |
45 Degree Opening Exterior Backup is too Long | |
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The Exterior Backup controls where the Blade Plunges into the Matboard (not the Fallout) on the Exterior cuts of Openings. The initial plunge position is determined by the bevel type. The Exterior Cut is where the Blade Plunges or Retracts from the Matboard (not the Fallout). If the Exterior Backup is leaving a Hook in the corner, Increase the Exterior Backup. If the Exterior Backup is cut Too Long, Decrease the Exterior Backup. If the Exterior Backup is cut Too Short, Increase the Exterior Backup. The Exterior Backup field is marked with a Green Arrow on the Configuration screen and the Map illustration. | |
45 Degree Opening Has Hook in the Corner | |
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The Exterior Backup controls where the Blade Plunges into the Matboard (not the Fallout) on the Exterior cuts of Openings. The initial plunge position is determined by the bevel type. The Exterior Cut is where the Blade Plunges or Retracts from the Matboard (not the Fallout). If the Exterior Backup is leaving a Hook in the corner, Increase the Exterior Backup. If the Exterior Backup is cut Too Long, Decrease the Exterior Backup. If the Exterior Backup is cut Too Short, Increase the Exterior Backup. The Exterior Backup field is marked with a Green Arrow on the Configuration screen and the Map illustration. | |
45 Degree Opening Exterior Backup is too Short | |
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The Exterior Backup controls where the Blade Plunges into the Matboard (not the Fallout) on the Exterior cuts of Openings. The initial plunge position is determined by the bevel type. The Exterior Cut is where the Blade Plunges or Retracts from the Matboard (not the Fallout). If the Exterior Backup is leaving a Hook in the corner, Increase the Exterior Backup. If the Exterior Backup is cut Too Long, Decrease the Exterior Backup. If the Exterior Backup is cut Too Short, Increase the Exterior Backup. The Exterior Backup field is marked with a Green Arrow on the Configuration screen and the Map illustration. | |
45 Degree Opening Exterior Overcut is too Long | |
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The Exterior Overcut controls where the Blade Retracts from the Matboard (not the Fallout) on the Exterior cuts of Openings. The initial plunge position is determined by the bevel type. The Exterior Cut is where the Blade Plunges or Retracts from the Matboard (not the Fallout). If the Exterior Overcut is cut Too Long, Decrease the Exterior Overcut. If the Exterior Overcut is cut Too Short, Increase the Exterior Overcut. The Exterior Overcut field is marked with a Red Arrow on the Configuration screen and the Map illustration. | |
45 Degree Opening Exterior Overcut is too Short | |
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The Exterior Overcut controls where the Blade Retracts from the Matboard (not the Fallout) on the Exterior cuts of Openings. The initial plunge position is determined by the bevel type. The Exterior Cut is where the Blade Plunges or Retracts from the Matboard (not the Fallout). If the Exterior Overcut is cut Too Long, Decrease the Exterior Overcut. If the Exterior Overcut is cut Too Short, Increase the Exterior Overcut. The Exterior Overcut field is marked with a Red Arrow on the Configuration screen and the Map illustration. | |
45 Degree Opening Interior Backup is too Long | |
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The Interior Backup controls where the Blade Plunges into the Fallout (not the Matboard) on the Interior cuts of Openings. The initial plunge position is determined by the bevel type. The Interior Cut is where the Blade Plunges or Retracts from the Fallout (not the Matboard). If the Interior Backup is cut Too Long, Decrease the Interior Backup. If the Interior Backup is cut Too Short, Increase the Interior Backup. The Interior Backup field is marked with a Black Arrow on the Configuration screen and the Map illustration. | |
45 Degree Opening Interior Backup is too Short | |
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The Interior Backup controls where the Blade Plunges into the Fallout (not the Matboard) on the Interior cuts of Openings. The initial plunge position is determined by the bevel type. The Interior Cut is where the Blade Plunges or Retracts from the Fallout (not the Matboard). If the Interior Backup is cut Too Long, Decrease the Interior Backup. If the Interior Backup is cut Too Short, Increase the Interior Backup. The Interior Backup field is marked with a Black Arrow on the Configuration screen and the Map illustration. | |
45 Degree Opening Interior Overcut is too Long | |
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The Interior Overcut controls where the Blade Retracts from the Fallout (not the Matboard) on the Interior cuts of Openings. The initial plunge position is determined by the bevel type. The Interior Cut is where the Blade Plunges or Retracts from the Fallout (not the Matboard). If the Interior Overcut is cut Too Long, Decrease the Interior Overcut. If the Interior Overcut is cut Too Short, Increase the Interior Overcut. The Interior Overcut field is marked with a White Arrow on the Configuration screen and the Map illustration. | |
45 Degree Opening Interior Overcut is too Short | |
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The Interior Overcut controls where the Blade Retracts from the Fallout (not the Matboard) on the Interior cuts of Openings. The initial plunge position is determined by the bevel type. The Interior Cut is where the Blade Plunges or Retracts from the Fallout (not the Matboard). If the Interior Overcut is cut Too Long, Decrease the Interior Overcut. If the Interior Overcut is cut Too Short, Increase the Interior Overcut. The Interior Overcut field is marked with a White Arrow on the Configuration screen and the Map illustration. | |
45 Degree Opening Cuts Wrong Size | |
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The Opening Adjustment controls the size of the Opening cut or Object applied with non-blade cartridges. If the Opening is cut Too Large, Decrease the Opening Adjustment. If the Opening is cut Too Small, Increase the Opening Adjustment. | |
45 Degree Opening has a Swoop | |
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45 Degree Opening has a Flare | |
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A Flare in an Opening is where the corners Curve Away from the Opening. If the Opening has a Flare, Decrease the Rotation. | |
45 Degree Oval Opening has a Bump | |
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A Bump in an Oval Opening is a Lump of material left behind where the cut started and ended. If the Oval Opening has a Bump, Increase the Oval Rotation. | |
45 Degree Oval Opening has a Feather | |
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A Feather in an Oval Opening is a Fringe of material left behind where the cut started and ended on the Oval. If the Oval Opening has a Feather, Decrease the Oval Rotation. | |
See Also: 45 Degree Circle/Oval Rotation Utility | |
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A Feather in an Oval Opening is a Fringe of material left behind where the cut started and ended on the Oval. If the Oval Opening has a Feather, Decrease the Oval Rotation. A Bump in an Oval Opening is a Lump of material left behind where the cut started and ended. If the Oval Opening has a Bump, Increase the Oval Rotation. | |
Troubleshooting Button | |
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The Troubleshooting Utility allows you to bring in a single opening and automatically selects the correct Cartridge tab and Bevel Type to configure. | |