3D Scanning Tutorial for Microsoft Kinect and 3D Builder

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Are you looking for ways to create color 3D scans of objects and turn them into high-quality 3D prints? Then this tutorial is for you! In this guide we will discuss how you can use Microsoft’s free 3D Scan app to turn your Kinect into a 3D Scanner. We will also take a look at how to import, edit and print these scans with the free 3D Builder app.

In order to use Microsoft’s 3D scanning solution, you will need a computer with Windows 10 or 8.1 and a Kinect. If you own an Xbox One with an integrated Kinect this cable will enable you to connect it to your PC. All that’s left for you to do is to download and install the 3D Scan and 3D Builder apps on your system.

Step 1: 3D Scan an Object or Person

Microsoft’s free 3D Scan app enables you to make color 3D scans in real time using the Kinect sensor and your PC. In this first step we will concentrate on the scanning process, and later we will tell you how to use 3D Builder to edit them.

Add animation to your PowerPoint, Word, and Excel documents, and you’ll create 3D presentations that really stand out. Check out the training guides for 3D templates to get started. Then the sky’s the limit. You can use animated PowerPoint templates to animate titles, display travel routes, and give a full 360-degree view of an object. Then search apps for ‘3d’: Turns out that there are three 3D programs included with Windows 10: 3D Viewer, Paint 3D and Print 3D. Worth noticing is that none of them are very big at all, with 3D Viewer the largest at a modest 19.3MB. If your disk space is that tight it might be time to get a bigger disk, honestly. But let’s proceed. 3D Builder is Free. The software is free for download from the Microsoft store. It will even allow the user to import in scanned objects or projects from other software packages. The software also provides for repairing an image before printing. Files created on 3D Builder can also be exported to 3MF, OBJ, STL, or PLY formats. Microsoft have released a new 3D design application for Windows phones. The 3D builder app allows users to scan, view, personalize and print 3D models. Furthermore, the app can make use of your.

3D Scan lets you scan objects or even yourself in real-time and in colors. Then you can import that scan into 3D Builder to edit, decorate and send it to the printers. How to use 3D Builder for Windows.

You can use your Kinect either as a handheld or desktop 3D scanner.

• If you choose to scan an item or person while holding the Kinect, make sure to enable the handheld mode and rotate around the objects you are scanning. Carefully pick the size of the area you want to scan and hold the Kinect sensor to “record” your object, just like you would use a normal camera. The app even lets you take 3D selfies using the one-click timer option
• You can also get great results by putting the Kinect on a tripod and placing the object you have in mind on a turntable in front of it. Don’t forget to switch off the handheld mode if you go for this option

Using a Kinect sensor to scan a person. © Microsoft

Five major factors influence the quality of your 3D scan:

• The GPU quality (Graphics Processing Unit): A high-end GPU allows for higher frame rates and produces better scans. In order to get the best results, try to stick to at least 20 frames per second (fps)
• The lighting quality: Not surprisingly, a setting without any visible shadows produces the best results. The surface colors of your 3D scan will become better with more diffused light
• The distance from the background: Aim to maximize the distance between your background and the object you want to scan. This way the Kinect sensor will not mistakenly add artifacts from the background to your 3D scan
• Reflections: Try to scan in an environment with as little reflections as possible, since reflections in the background can create noise around the scan
• The distance from the object: You will get the best 3D scanning results when you place the object approximately an arm’s length away from the Kinect sensor (that’s 3 ft. or 90 cm)

Microsoft’s 3D Scan app makes scanning user-friendly. © Microsoft

Step 2: Import and Edit Your 3D Model

Now that 3D Scan has captured your object, it’s about time to import and edit this 3D model. Microsoft’s free 3D Builder app does the trick. It allows you to import your 3D scan directly, to visualize it as a 3D model, to edit it and to 3D print it.

In order to import the 3D scan, start the 3D Builder app and choose “Scan” from the menu on the left-hand side. Once the scan has been imported, you can start editing the object. For example, you might want to create a base for your 3D scanned selfies.

If you want to learn more about the editing options of 3D Builder you can have a look at our beginner-friendly video tutorial here. We also recommend you to check out this practical user guide with detailed explanations of all the important editing tools in 3D Builder.

Step 3: 3D Print Your Object

Whether you are in need of a professional 3D print, don’t actually own a 3D printer or are looking for 3D printing solutions beyond plastic, there are many reasons for choosing an online 3D printing service. And 3D Builder makes this even easier: you can order a professional, high-quality print of your model with i.materialise from inside the app. We will then print it in awesome materials such as stainless steel, multicolor, silver, gold, ceramic and more!

In the top right corner of the screen you can find a 3D print button. Click it to prepare your model for 3D printing. In the ‘select printer’ dropdown menu, you can choose ‘3D printing service’. In the layout tap you can still double-check the size of your future 3D print.

High-quality 3D prints can be ordered from within 3D Builder.

Click ‘order online’ to upload it to our online 3D printing service. You will immediately see the price for a high-quality 3D print of your model in 100+ materials and finishes. Now you are just a click away from turning your 3D scan in a physical 3D print.

From 3D Builder model to reality: a multicolor 3D print.

Microsoft’s 3D Builder is a powerful yet simple tool for 3D designers. Beginning 3D designers can sometimes be left scratching their heads as to how achieve “simple changes” in a 3D object. This series from imagination-3d.com “Quick Tips” for 3D Builder is intended to help you out with that.

Resizing Only Part of an Object

Users frequently run into the case were only a portion of a part needs to have its size adjusted but the rest of the part is perfect. This presents a challenge in 3D Builder (Builder) because the resize feature impacts the entire part. So here is how you can achieve this with Builder……

Our video shows you how to do this here, or you can continue reading.

In this example we are simply trying to resize the lower porting of this object to have a smaller diameter because it is too large. We need to change the diameter from 9mm to 8.7mm:

Step 1: Select the object:

Step 2: Click on the “Object Tab”

Step 3: Click on the “Duplicate” button. This will create a duplicate of the object.

Step 4: Click the “Deselect all” button.

Step 5: Select the original object by clicking on it.

Step 6: Click on the “resize” button. This will allow us to change the physical dimensions of the part.

Step 7: Click on the padlock button. This will unlock the X, Y and Z axis from each other.

Step 8: The X and Y values representing the diameter appear in the bar. To change them, click on each one and change the value from 9 to 8.7.

Photo 3d Builder tips Resizing an object x and y

Step 9: Select the “Edit” tab

Step 10: Click on “Split”

Step 11: The “split pane” will appear. We are trying to resize the bottom of the object, so click on the “Keep bottom” button. This will switch the behavior of Builder.

(resize_012)

Step 12: Drag the split pane down to the area you want to resize. What is showing up will be “kept”.

Step 13: Click on the Spit check button once you are satisfied with your selection.

Step 14: After the split is complete click on “Deselect all”.

Step 15: Now we need to work on the other part. Select the duplicate part by clicking on it.

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Step 16: Again, click on the Split button.

Step 17: We want to keep the top portion of the part this time so click on “Keep top”

Step 18: Drag the split pane down so that it overlaps the cut area of the other part slightly. The reason you want to do this is we will be attempting to merge the to parts together. If the parts do not overlap you could end up with an unfused void when you print your merged part and it will break.

Step 19: After you have made your selection click on the “Split” check button to split the duplicate.

Step 20: Click on the move object button so that we can move the duplicate part back into position.

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Step 21: Drag the duplicate part back into place on top of the original.

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Step 22: Once you have the duplicate in place, click on the bottom (the original part). Now both objects should be selected.

Step 23: Click on the “Merge” button. Both objects will be merged, and you are all done. If you have overlapped the objects correctly the “Ungroup” button should be grayed out as shown below. If it is not, it indicates that you have not overlapped the parts.

You may have to give this method a try several times to not only pick a resize area you like, but also to get the overlap right. But once you pick up this technic you will find resizing an object in this way extremely easy. Always remember to make a backup of your original before attempting any modification to any of your designs.

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Editor’s note: Imagination-3d.com is in no way part of, endorsed or authorized by, or affiliated with the Microsoft Company or its affiliates. All depictions or references made here are for commentary only. As to Microsoft artwork/properties: © Microsoft.