Desktop 3D scanners and portable 3D scanners each offer distinct advantages and disadvantages, allowing you to choose the best option based on your specific needs. Notably, 3DMakerpro provides both types, offering the flexibility to enjoy the benefits of both desktop and handheld functionality.
Desktop 3D Scanners
Desktop 3D scanners are designed with a large scanning range, making them ideal for capturing sizable objects with ease. They typically deliver high accuracy and vivid imaging, ensuring that intricate details are preserved in your scans. One significant advantage is that many desktop models can operate while charging, allowing for uninterrupted scanning sessions without worrying about power limitations. The scanning process is generally user-friendly, often featuring intuitive software that simplifies data processing and enhances the overall user experience. However, a notable drawback is their bulkiness; these scanners can be heavy and require a dedicated workspace, which may not be feasible for everyone.
Portable 3D Scanners
On the other hand, portable 3D scanners are compact and lightweight, designed for easy transport and use in various settings. They excel in scanning smaller objects or capturing data over short distances, offering a level of versatility that makes them suitable for fieldwork, exhibitions, and on-site assessments. Many portable models are powered by batteries, with some lasting up to four hours, enabling you to scan without being tethered to a power source. While portable scanners may not achieve the same level of accuracy as desktop scanners, they provide significant convenience and accessibility. However, users need to import the scanning data into a computer for processing, which can introduce an additional step in the workflow.
Ultimately, the choice between a desktop and a portable 3D scanner will depend on your specific requirements, whether that be the need for precision and detail or the flexibility to scan in various locations. Understanding the unique advantages of each type will help you make an informed decision that best suits your 3D scanning needs.
Here are some Desktop 3D Scanners:
1.3DMakerpro: Moose 3D Scanner, Seal 3D Scanner (Compatible with Multi-Axis Turntable)
2.Einstar: EinScan-SE V2 Desktop 3D Scanner, EinScan-SP V2 Desktop 3D Scanner
3.Creality: RaptorX, Ferret
4.Artec3d: Artec Micro II,
5.Shinning 3D: EinScan SP V2, EinScan-SE V2 3D Scanner
(Note: The Seal 3D Scanner can be used directly with the Multi-Axis Turntable. In contrast, the Moose requires additional DIY components to extend its scanning distance, as it is designed with a longer work distance.)
Here are some Desktop 3D Scanners:
1.3DMakerpro: Moose 3D Scanner, Seal 3D Scanner, Mole 3D Scanner, Lynx 3D Scanner
2.Einstar: EINSTAR-Prosumer Portable 3D Scanner
3.Creality: CR-Scan Lizard 3D Scanner
4.Artec3d: Artec Leo, Artec Spider II
5.Shinning 3D: EinScan HX2, EinScan HX, EinScan H2
Let’s explore the Seal Scanner + Multi-Axis Turntable and experience the scanning capabilities of a desktop scanner.
When scanning metal objects, it’s essential to apply a scanning spray for optimal imaging. Please spray evenly on the items; this spray is designed to evaporate on its own and does not require washing off. If the scanning process takes too long, you may need to reapply the spray. Be sure to spray in a corner and avoid direct contact with people, as the odor can be slightly pungent.
Next, attach the metal block to the turntable. To achieve a complete scan, start by scanning the front side, then turn the object over to scan the back side. Now, we’ll set the scanning angles.
Open Custom Course 1 and input the following parameters:
① -30° 0°-180°
②0° 0°-180°
③30° 0°-180°
After entering these angles, click the “Scan” button. The system will automatically adjust to the specified angles; just wait a few minutes. For enhanced imaging, you may click the “Append” button to add 2-3 projects. Once done, remove any noise or unnecessary parts from the scans. Select three scanning datasets to auto-align and click “OK.”
Next, check the following options: Statistical Noise Removal, Fusion, Remove Floating Parts, Simplify, Mesh Denoising, and Texture Mapping. After a few more minutes, you will receive a precise model. Minor flaws or gaps can be corrected using model editing software, such as Geomagic Wrap for 3DMakerpro.
Next, let's examine the Seal scanner in conjunction with the automatic turntable to evaluate the handheld scanner's performance.
Before scanning, ensure that metal parts are sprayed with AESUB spray to achieve optimal color intensity.
Position the item in the center of the turntable, start the automatic rotation, and click the “Scan” button to begin scanning with the Seal Scanner. Please note that the Seal scanner boasts an impressive accuracy of 0.01 mm and operates at a working distance of 180-280 mm. It’s crucial to monitor the distance indicator on the left at all times to maintain the scanner in the optimal position for capturing clear images and avoiding tracking loss. After scanning the front side, simply flip the item over to scan the back side.
Once both sides have been scanned, remove any excess noise and automatically align the two images. Then, check the following options: Statistical Noise Removal, Fusion, Remove Floating Parts, Simplify, Mesh Denoising, and Texture Mapping. This process will yield a refined model. If you wish to make further modifications, you can use Geomagic Wrap or 3DMakerpro software.
That’s all there is to it! The 3DMakerpro Seal 3D scanner supports both desktop and handheld scanning, offering exceptional value for your investment. Unlock its full potential today! We hope to see you in our next article. If there are any topics you would like us to cover, please leave a comment below. We look forward to hearing from you!
