Review TOSUKKI Ø12 mm Positioning Targets for 3D Scaner and Optical Trackers,Reference Point Markers/Reflection Markers for 3D Scaning/Optical Tracking/Location Tracking,Apply to Creaform Metrascan C-Track

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Details: TOSUKKI Ø12 mm Positioning Targets for 3D Scaner and Optical Trackers,Reference Point Markers/Reflection Markers for 3D Scaning/Optical Tracking/Location Tracking,Apply to Creaform Metrascan C-Track

Brand: TOSUKKI

1.OverviewSize:Ø12 mmType:Adhesive Quantity：420 Per Box2.Compatibility（1）Perfectly compatible with Creaform 3D scanners and optical trackers: Metrascan Black Elite/Metrascan Black/Metrascan357/Metrascan 750/Metrascan 750elite/Metrascan 350/Metrascan 350elite/C-track/C-track Elite/MaxSHOT, the above Scaners has been tested and can be used perfectly；（2）Other compatible 3D scaners: Most brands of 3D scanners and optical trackers that use 12mm Positioning Targets（internal circle diameter：12mm）3.How to determine the size of the positioning targets used by your 3D scanner? Measure the diameter of the innermost circle of the original positioning target point you used. The innermost circle diameter is the target point size used by your 3D scanner, for example: 12mm, 6mm, 3mm, 1.5mm, 0.8mm, 0.4mm;We are an enterprise specializing in the R&D and production of scientific instrument accessories and consumables, focusing on providing each of our customers with high-quality scientific instrument accessories and consumable solutions.If you have any questions about the goods you receive, please contact us, we will provide you with solutions that satisfy each user.

Buyer Guide 3D Scanners

 When it comes to choosing a 3D scanner, there are many factors you need to consider, including your budget, the type of 3D scanner that suits your needs, the scanner’s accuracy, and the scanner’s portability.

• Budget. The more a scanner costs, the more features it will have. Therefore, it’s best that you start with a budget in mind before shopping around.
• Accuracy. The scanner’s accuracy varies by manufacturer, but generally speaking, the more resolution a scanner has, the more accurate and photorealistic the 3D images will be.
• Portability. Portable scanners tend to be larger and heavier, while desktop scanners are lightweight and portable.
• Software. Some 3D scanners come with their own software, while others work with specific CAD software.
• Hardware. The hardware of a scanner is the part that is used to make 3D digital models.

 

How to choose 3D Scanners

 If you work in an engineering group, choosing a 3D scanner can be tricky. There are a variety of different types of 3D scanners available, and choosing one requires a bit of research and consideration.

• Magnetic or laser scanning? Magnetic scanning uses a focused magnetic field to create a 3D scan of the object. Laser scanning uses light or other electromagnetic radiation to create a point cloud of the object’s surface.
• What type of data is scanned? Most scanners offer at least one type of data — a two-dimensional (2D) height map, a texture map, a point cloud, or a mesh model. When scanning an object with a 3D scanner, you should decide which type of data is the most important to you and your project.
• Do you need to texture your scan? If you’re scanning an object with a rough, rough texture, you might not need to create a mesh model. However, if you’re scanning an intricate object, such as an intricate piece of jewelry, you might need to create a mesh model of the object.
• How much money can you afford to spend? 3D scanners can cost anywhere from $300 to over $10,000. How much are you willing to spend?
• Do you need to scan an object with a non-planar surface? If the surface of an object is curved, your scanner should be able to scan the object. Most scanners won’t scan an object with curved surfaces. Some scanners have a curved surface option so that an object can be scanned in a curved manner.

 

How to maintain 3D Scanners

Maintaining 3D scanners is a lot like taking care of any other complex machinery. There are two main parts: the scanning head and the software/controller.
When it comes to the scanning head, there are a few key areas that you’ll want to keep track of:

• Time: Just like any machine, your 3D scanner has a specific lifespan. Depending on usage, you may be able to get anywhere from 5,000 to 100,000 scans out of it before it starts to break down.
• Temperature: Just like the average computer, your 3D scanner needs to stay between 65 to 85?F.
• Dust: Similar to a laptop or desktop computer, dust can build up over time. If it builds up around the scanning head, it can create blurry images or lead to other malfunctions.
• Compressed Air: Compressed air can be used to clean dust and other gunk out of the scanning head.
• The Software/Controller: When it comes to a scanner’s software, it’s important to keep it updated. Software updates improve functionality and fix bugs.

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