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3D scanner store
3d Scanner App™ on the App Store
Description
3D Scanner App for Mac is a desktop tool for processing photos and videos into 3D models using the power of Photogrammetry. Perfect for 3D Design, CAD, Architecture, Games Assets, AR, VR, XR. Share USDZ models via iMessage to let friends and family see your models in Augmented Reality.
Photogrammetry is done using the new Object Capture API on supported hardware.
Version 1.1.4
ux improvments
Ratings and Reviews
11 Ratings
Amazing!
I was completely unaware of the LiDAR scanning function.
I had no idea what it was until today. I was told that my new iPhone 13 Pro has it so I downloaded this app and am amazed at how it works!! I can do so many things with this option now. I am still trying to figure out how to improve my scans and am not sure what is the best way. So, to have some tutorial videos would be a great option.
The only other thing I see with this app is that there are incomplete scans no matter how you do it. There are always holes in places that you have scanned. However, it is minimal when you take into account how great it works!
I would love to be able to take a complete scan of my home without it crashing but it seems too long of a scan does that. So here is an idea for you……….
Maybe you could make an option to scan rooms separately but later be able to assemble them after the separate scans are done. This way we can make models of our complete houses!
Great work on this app! I am so happy with this creation of yours! Keep up the updates and great work! 😊
Love it!!!
Very happy with this app.
It is the only one that is fully
Functional and doesn’t require a dang subscription or pay per scan!! I have one suggestion mainly because I cannot figure it out lol. I would absolutely love a way to make the scan data watertight so when I export the STL it will need minimal modification before printing or importing into CAD. For some reason I am not able to get it to function properly in Solidworks (this is not a fault of this app ) which is a bit annoying because my main hope for this is to use it to generate reference geometries that I can model off of. I am certain there is a way to do it but I haven’t quite figured out the process. Nonetheless I absolutely am blown away with this app and it is everything I was hoping for when the iPhone X came out. The 12 pro just makes it perfect!
This is a game changer.
I’ve been using this app to take quick scans of a room and then be able to revisit those scans to pull measurements.
I then use those measurements to order material. It is a great way to visualize the room while you are shopping for the materials. I am sure that you can find many other uses for this app. I am not sure if it allows you to import the files into blender, unreal, or any other app like that, but for what i use it for it is golden. Thank you, please keep up the great work because right now you are the best scanning app I’ve used to date. I would love a decimate feature that would allow us to simplify scans to the most basic geometry, but in an imperfect world you come through perfectly.
The developer, Laan Labs, indicated that the app’s privacy practices may include handling of data as described below. For more information, see the developer’s privacy policy.
Data Not Linked to You
The following data may be collected but it is not linked to your identity:
- Usage Data
- Diagnostics
Privacy practices may vary, for example, based on the features you use or your age.
Learn More
Information
- Seller
- Laan Consulting Corp
- Size
- 6.7 MB
- Category
- Utilities
- Age Rating
- 4+
- Copyright
- © 2021 Laan Labs
- Price
- Free
- Developer Website
- App Support
- Privacy Policy
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About 3D Scanning Technology - Growshapes 3D Scanner Store
| 3D scanning is a technology that uses light, camera and software to capture the shape of physical objects to generate a digitized 360° 3D model. In 3D scanning, camera and light are important hardware components but what actually sets a 3D scanning device apart is its software algorithm, i.e. its brain to correctly capture, measure and replicate the physical model as accurately as possible. Growshapes’ customers use the 3D scanned digital models in various applications - from reverse engineering, performing dimensional and comparative analysis not only in engineering but also in archaeology, visualization in biomedical research as well as generating new characters for digital animation to content creation for AR/VR. There is a wide range of 3D scanners on the market to choose from. From personal low-cost scanners that just use smartphone cameras, to industrial grade high-cost scanners that uses laser. Growshapes carries low, mid and high-end scanners, the best in each category. 3D scanners are 'fit for purpose' thus need to choose the right model to achieve optimal results.
3D scanning has been around since the 1960s, but it was a costly investment to get access to a device. With the advancements in optics and software algorithms and solutions like EinScan and eviXscan 3D scanners in the market, 3D scanning is becoming much more accessible to university research labs, R&D labs and product designers in various fields. 3D scanning continues to proliferate in new areas such as digital animation and AR/VR applications as well. 3D scanning is a key tool in digitizing the physical world that surrounds us. | Different 3D scanners have different scan range or field of view (FOV) Narrower the distance between the cameras, the 3D scanner is more optimal for capturing small and medium size objects due to the focal point. Wider the distance is between the camera, the 3D scanner more optimal for capturing medium to large size objects due to the focal point. |
There are variety of light that can be used such as laser, white light, blue light for different purposes. Increasingly the use of cameras are becoming prominent that enables photogrammetry, a technique using photography for depth sensing and measuring surfaces but does not result in high accuracy 3D scanning that uses light. With structured light scanning, the projector in the 3D scanner casts structured light patterns onto the target object, thus the lines that are projected onto the objects need to visible in order to capture the surface dimension of the physical object. Therefore, you cannot 3D scan transparent objects with structured light 3D scanners. With dark or shiny objects, you may need to powder coat the object with white powder. 
Also, different light sources provide different methods of measurement. With laser scanning, a laser line is passed over the surface of an object in order to record the three-dimensional information. Structured light 3D scanners uses white light or blue light to cast structured light patterns onto the object and the changes in the light pattern is recorded by the camera to calculate the depth and surface of the object as well as capture the color and texture of the object. Blue light has less interference with surrounding light.
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We turn a smartphone into 3D scanner
Content
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- Built -in 3D scanner: new trend on the smartphone market
- Point 3D scanner yourself
- Sensors
The unique capabilities of 3D scanning are increasingly being used in a variety of fields, from industrial production and architecture to medicine and the film industry.
This encourages manufacturers to launch more and more advanced 3D scanners on the market, the variety of which can be divided into two large groups.
- Contact models are devices based on the principle of direct contact of the device with the scanned object.
- The non-contact scanners (active and passive) are rightfully called the most promising solution, since such devices are able to provide 3D visualization of models located in places that are difficult to reach for direct contact. In particular, the use of non-contact 3D scanners has become widespread in the modern jewelry industry.
Perhaps the only drawback of these devices is their high cost.
High-end 3D scanning equipment costs tens of thousands of dollars today, and not every fan of 3D printing is able to buy a 3D scanner for personal or professional use. Gadgets that have already become familiar to everyone came to the rescue - digital cameras, as well as the most ordinary smartphones.
Built-in 3D scanner: a new trend in the smartphone market
Naturally, manufacturers could not ignore this circumstance, and for this reason, more and more well-known brands of mobile technology are presenting new smartphones with a built-in scanner to the consumer's judgment.
So, Apple equipped its iPhone with a compact 3D scanner with an IR transmitter, as well as a receiver that allows you to model objects in three-dimensional space in real time, simply by measuring the distance between each of the thousands of projected microdots and the transmitter itself. Interestingly, 3D printing enthusiasts can use such a device even in a completely dark room. The issue of the company's release of proprietary specialized software for 3D modeling is still open.
Keeps up with its permanent competitor and Samsung. So, the South Korean manufacturer equipped the new Galaxy S9 and S9 + smartphones with an unparalleled front camera and IR sensors for 3D scanning.
The company's plans include the development and release of specialized modeling software to the global soft market.
The next model of interest to 3D printer owners is one of Lenovo's latest smartphones. The PHAB2 Pro has gained massive popularity not only because of Google Tango's super augmented reality function, but also because of the built-in 3D scanner, which operates at a speed of 250,000 samples per second.
Of course, these three smartphone models are far from the only devices that will interest users who are not yet able to buy a 3D scanner for professional use. In addition, there are several more interesting solutions on the market, each of which can be called a rather promising specimen.
Complete your smartphone with a 3D scanner yourself
By the way, most ordinary smartphones can be equipped with a module for scanning objects in three-dimensional space.
