Embrilliance Essentials lets you convert the placement stitch lines from applique embroidery design stitch files into vector shapes you can cut with both home and commercial cutting machines. With a couple of clicks, applique cut files can be saved as .SVG, .PLT, .FCM (ScanNCut) and .studio (Silhouette).
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B2. Select an appropriate object for scanning.Laser scanning has limitations that can make it impossible to satisfactorily scan the surface of an object. You might have problem if the object to be scanned has any of the following characteristics:Problems:Large size: It is possible, but difficult to scan large objects with this device.
Radial symmetry: This can make it impossible to correctly align individual scans into a single scan set. It is possible, however, to use a marker or even a piece of clay attached to the model to aid in alignment.
Insufficient rigidity: If the objects flops into a different geometry as it is reposition, you will not be able to scan it.
Sharp undercuts: For laser scanning to work, the beam of light must strike the surface at one angle and be reflected back through a lens and mirrors on the device until it is read by the charged coupling device inside the scanner. If the beam cannot reflect back into the lens, it won't work.
Indistinct or overly fine surface: Hair, for example, will not scan well as this presents an indistinct surface for the scanner. Very fine surface geometry might exceed the resolution of the technology.
Shiny surfaces: Shiny surfaces, metallics, glass, and glazed ceramics might prove difficult, though not impossible to scan. There are techniques of dulling the surface using powder that can help, though these often change the color of the surface.
Intellectual property you do not own: If you scan an image that contains another's intellectual property, you might be in violation of their property rights and open to legal action. Please do not scan any items where the design is someone else's intellectual property unless you have their permission to do so.
B3. Prepare the surface of the object.The surfaces of dark, shiny, or transparent objects typically need to be dusted for the surfaces to be read by the scanner.The recommended method is to use a very light coating of talcum powder and the brush (i.e., blusher) applicator.With some objects, you can use paint pens that should wash off the surface with water (be sure to test this out first.) These can also aid in aligning scansets where the object has radial symmetry. However, any surface treatment will change the color of the surface.Talcum powder applicatorPaint pensC. Setting up the StandC1. Choose which scanning stand to use. There are two scanning stands available for use with the NextEngine color 3D scanner. These stands are the AutoDrive and the MultiDrive, and it is easy to confuse these two names. Choose one of these two for your project and install it.The AutoDrive stand with its vertical arm allows the object to be automatically rotated around the vertical axis only. This means that in order to do a complete scan of a 3D image you must complete a minimum of two scansets or families, repositioning the object between scansets so the top and bottom, and other surfaces have been scanned. AutoDrive Stand with Vertical Rod The AutoDrive is connected to the scanner via the built in cable and what looks like a telephone line port of the front of the scanner.Like the AutoDrive, the MultiDrive stand allows for an object to be rotated around the vertical axis. But it also has an additional feature, allowing scans at different tilts to the vertical axis. This allows for an object to be completely scanned in one scanset. However, you cannot use the vertical rod with the MultiDrive.The MultiDrive stand is connected to thescanner via the connectedcable and the mounting bracket. The mounting bracket for the MultiDrive stand attaches to the bottom of the scanner via hex head machine screw.MutliDriveThe MultiDrive has an advantage of automatically scanning several scansets without the need to manually reposition the object. But unlike the AutoDrive, with the MultiDrive:Objects larger than 3"x3"x5" cannot normally be scanned and only Macro Mode with it's short focal length can be used.Objects can easily slide off the mounting platform, possibly breaking.The tall, stainless steel vertical rod (arm) that holds a small platform or the finger that can push down on the top of an object cannot be used on the MultiDrive because the vertical rod would likely crash into the scanner during tilt and rotation.C2. Attach the stand and position it properly. If you are using the MultiDrive, bolt it to the bottom of the scanner. With either the MultiDrive or AutoDrive, connect the drive to the scanner with what looks to be a telephone cable coming from the drive and the jack on the bottom, center of the front of the scanner.C3. Set up the drives platforms and initially mount the object to the stand.In general, black plastic mats cover the stand and tend not to reflect scanning light as much as shiny metal or light-colored surfaces.You can place an object directly on the large base. To raise the object, you can use the platform threaded insert.The pin threaded insert can be used on objects where it would be okay to push the pin into the object. However, if the object spins on the pin, like a ripe pear would, do not use the pin. It is important that as the stand rotates, the object rotates precisely with the stand.To raise either of the threaded inserts, bringing the object higher in the field of view, you can use one or both of the threaded spacers.With the AutoDrive only:If you are using the AutoDrive you can either let the object rest on the bottom of the drive, on a threaded insert, or on the small platform that is attached to the vertical rod. What is important here is that the object to be scanned is directly over the center of the AutoDrive's rotating platform and that it is vertically centered in the scanner's viewfinder.. Not centered in xyVertically centered in the scanner's viewfinderPosition the center of the AutoDrive platform an appropriate distance away from the scanner. The three modes are:Macro: 5" to 9", with 6.5" to the scanned areas ideal
Wide: 15" to 22" with 17" to scanned areas ideal
Extended: 15" to 30" with 17 " to the scanned areas ideal
A "finger" slides along the vertical rod to hold the object down and help ensure that the object rotates when the drive rotates. Notice that there are two adjustments on the horizontal arm that applies downward pressure on the object. One of these controls the height of the arm, and the other allows it to move in and out, or for the position of the finger to be rotated. Position the hold-down finger so it provides enough pressure to make sure the object rotates as the drive rotates, and the object does not come off the platform.Adjusting the height of the fingerAdjusting the finger rod translation and rotationWith the MultiDrive:If you are using the MultiDrive, make sure the object does not slide off the platform during tilting. One way is by using the platform insert and applying a tiny bit of hot glue to the platform and the object, if it does not damage the object. Applying a touch of hot glueD. Entering Scanning ParametersD1. Log into the computer under the Administrator username. The lab staff will type in the password.D2. Start the NextEngine ScanStudio HD Pro software.Click on the NextEngine software icon located on the desktop and menu bar at the bottom of the screen.Navigation within the NextEngine software requires extensive use of the mouse. Left click rotates, right click zooms, holding both buttons allows you to pan, and holding the center scroll wheel allows the user to rotate without selecting the object.D3. Identify the scanning directory.A. Use Windows Explorer to create a directory on the computer's hard drive. This should be a subdirectory of the class directory found under C:\scans and you should use your last name and the name of the item as the directory name. For example, if I am enrolled in TDPT 280 in the Fall of 2016, and I scanned an orange, I would browse to C:\scans\tdpt280f2016 and create a directory called Flowers so that all scanning files for this job would be located in:C:\scans\tdpt280f2016\Flowers\B. In ScanStudio HD Pro, select Edit, Preferences, and indicate that same directory as the location to save your files. If you do skip this step, you might misplace your files or put them someplace where someone else will delete them.D4. Select Scan to turn on the light and camera.D5. Enter a name for this scanning job after the word "MODEL". It is recommended you use your last name, then a short model name, like FlowersOrangeA. 2ff7e9595c
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