About the Sermoon X1
1. What are the best features of the Sermoon X1?
The Sermoon X1 has several key advantages:
- It offers high volumetric accuracy (0.02mm + 0.04mm/m), which improves to 0.02mm + 0.03mm/m when using photogrammetry and scale bars.
- It excels at deep hole scanning, similar to the S1, with a measured depth to diameter ratio up to 6.
- It has a larger single frame field of view, so it requires fewer marker points than the S1.
- It boasts a higher frame rate, reaching 90 frames per second for 7 line and single line modes, and 85 frames per second for the cross line mode. This is a 70 percent improvement over the Raptor X.
- Its all metal, CNC machined unibody design ensures stable accuracy and low impact from temperature changes.
In short, the Sermoon series adds deep hole scanning. The X1 has a larger frame range, higher volume accuracy, and comes standard with ScanBridge.
2. How much faster is the Sermoon X1?
The X1 scanning speeds are:
- Parallel and single line modes: 90 fps
- Cross line mode: 85 fps
- Infrared mode: 30 fps It collects 1.734 million points per second, which is a 70 percent improvement over the Raptor X.
3. Is the Sermoon X1 easy to use and wireless?
Yes. The new software is simple with guided functions. It includes upgraded industrial grade photogrammetry to improve accuracy. The scanning range, efficiency, and environmental adaptability are all enhanced. It also comes standard with the ScanBridge, so you do not need to buy it separately.
4. What are the recommended uses for the Sermoon X1?
The X1 is excellent for scenarios needing high precision, including large size industrial applications. Using photogrammetry further improves accuracy for industrial design, reverse engineering, and quality inspection. It can scan black, shiny, and metallic surfaces. For transparent or highly reflective objects, using a developer spray is recommended. The deep hole scanning mode easily captures details in complex structures.
5. What is the photogrammetry function?
This function uses pre calibrated scale bars placed on or near the object. A built in algorithm calculates the dimensions based on the scale bars, which further improves the scanning accuracy. Please see the Sermoon X1 Photogrammetry Tutorial for detailed instructions.
6. Can the X1 wireless bridge work with the Otter and Raptor?
Yes, the ScanBridge is compatible with the Raptor series and the Otter.
7. How long is the X1 cable?
The cable is 4.5 meters long. It is designed for a stable connection on the Sermoon X1 and is also compatible with the Raptor and Sermoon series.
8. What are the computer requirements for the Sermoon X1?
- Windows: An i7 Gen10 CPU, an Nvidia graphics card with 8GB VRAM, 32GB RAM, and Windows 10/11 (64 bit) or higher is recommended.
- Mac: A Mac with an M1, M2, M3, or M4 CPU and 16GB RAM is recommended.
Better computer specifications will lead to more stable frame rates and faster processing.
About the Software
1. Does the software support dimensional inspection?
Not at this time. The software provides dimensional data after scanning. You can export the mesh as an STL file and use third party software (like Geomagic Control X, Polyworks, or QuickSurface) for inspection.
2. Can scanned data be directly converted to STP?
The scanning software cannot export directly to STP format. You will need to use third party software (like Geomagic Wrap, Geomagic Design X, or QuickSurface) for this conversion. Note that direct conversion might cause surface issues; reverse engineering is often a better choice for standardized models.
3. Is the scanned data compatible with other reverse engineering software?
Yes. You can export the data as an STL file and import it into software like UG, QuickSurface, or Geomagic Design X.
4. My scanner is connected but not recognized. What should I do?
The Sermoon X1 needs about 60 seconds to connect. If it takes much longer, please follow these steps:
- Check all connections: Ensure the power adapter is plugged in, the power and data cables are secure, the USB is stable in the computer, and the data cable is secure in the scanner. If USB 3.0 is seen as USB 2.0, quickly unplug and reconnect the USB cable.
- Use the correct USB port: The Sermoon series requires a USB 3.0 or higher port. If you are using a Type C port (like on a Mac), try the included USB A to Type C adapter. Avoid using unofficial adapters or docking stations.
- Check permissions: If it still won’t connect, check if your camera and firewall permissions are enabled. You can also check the Device Manager to see if the three scanner cameras are displayed normally.
- Further troubleshooting: If the problem continues, contact customer service. It could be a cable issue, so try replacing the cable. You can also test on another computer to check if the computer’s USB port is the problem or try updating your USB drivers.
5. Why is the software stuck on the loading screen?
This usually means your computer’s configuration is too low to run the scanner efficiently. Please check the official computer performance requirements.
About Scanning Technique
1. Why is calibration slow or unsuccessful?
The calibration function is optimized. If you have problems, make sure your setup follows the instruction diagram.
2. Why is there a blue light but no laser line during scanning?
The blue laser mode requires markers. If the blue light is on but no laser line appears, the scanner may not be detecting the markers. Try adjusting the distance between the scanner and the markers, or check if the current exposure is under or overexposed. Remember, do not use the calibration board for scanning; it is a precision instrument and should be stored properly.
3. When and how should I use markers?
Markers are mandatory for the blue laser mode. In infrared mode, use markers if the object does not have enough geometric or textural features for tracking.
Apply markers on flat or low curvature surfaces. Use larger markers with wider spacing for large planes. Use smaller markers with tighter spacing for complex details. Do not cover important features like holes. Ensure the markers are distributed irregularly.
4. Why are there holes or orange surfaces after meshing?
This can happen for two reasons:
- There might be dead corner structures on the object causing data loss. You can try spraying developer in these corners.
- The noise removal percentage might be set too high, which can delete low density areas.
Sermoon X1 Photogrammetry Tutorial
The Scale Bar helps your virtual 3D model get real world dimension proportions.
What do scale bars do?
- Scale Calibration: When you scan a model, you get the “shape” but not the “size”. A scale bar provides a known length (e.g., 40 cm) that the software uses as a reference to convert the model to its real world scale.
- Accuracy Improvement: The scale bar corrects deviations from lens errors or shooting angles, making the model’s dimensions more reliable.
- Measurement Reference: After calibration, you can accurately measure distances, areas, and volumes on the 3D model.
How to use photogrammetry
- Go to Blue Laser Mode, then Scan Mode, then Global Marker.
- Find the Photogrammetry option and turn it on (it is off by default).
- Turn on Photogrammetry, select Add Scale Bar, and scan the QR code on the ruler included with your X1. You can add up to two rulers.
- After adding the scale bar(s), scan the global markers. The identified scale bars will be displayed with numbers (1 2, 3 4) and connecting lines, showing they are working.
- After the global marker scan is done, click Pointcloud, then OK.
- Once you are in Pointcloud mode, remove the scale bars from the object’s surface. Make sure the position and number of markers do not change. You can then start scanning the object.
- If you placed the scale bars outside the object during the global marker scan, you can scan the object directly without removing them.
- The accuracy you get will be higher than scanning without scale bars. You can then proceed with the normal processing steps.