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Highlights
Revopoint POP 3D Scanner Main Features
Revopoint POP 2 is the upgraded feature-rich version of POP 3D Scanner that has higher precision, smoother operation, better color effect, etc. POP 2 captures the 3D model for 3D printing, 3D design, VR/AR 3D modeling, reverse engineering and measurement, etc.
Typically, high-precision 3D scanners are costly and are designed for highly specialized users, making these devices unaffordable and unsuitable for the consumer market. That’s one of POP 2’s innovations: while it offers professional-grade high accuracy, this 3D scanner is presented with a consumer-grade price. It’s a one-of-a-kind 3D scanner available at this price range—yes, we know that’s what you wanted to hear!
- For Scanning: Medium-sized Objects, Car Parts Bodies, and Faces, Historical Items, etc.
- 0.1mm Accuracy
- 0.15mm Point Distance
- Scan Speed 10Hz FPS
- 6DoF Gyro
- Color Effect
- Compatible with iOS Android Windows
2-in-1 Versatility
Say goodbye to separate handheld and turntable scanning devices. POP2 is designed to work as a handheld and turntable scanner, with amazing accuracy and ease of use in any of these functions. In a nutshell, this is the only 3D scanner you’ll ever need!
Binocular Micro-Structured Light
The core hardware of POP2 adopts the principle of binocular and Micro-structured light. With the help of the proprietary micro-projecting chip, POP2 ensures that the fast-acquired 3D point cloud data has high accuracy, and the highest single-frame accuracy can reach 0.05mm.
High Precision
POP 2 is equipped with an upgraded projector and IR cameras with higher resolution, and an improved high-precision calibration method ensures that POP 2 meets professional-grade precision, with an accuracy of up to 0.05mm and a 3D point cloud data of 0.15mm. This allows POP 2 to capture 3D models with more details and ensure better dimensional accuracy.
Perfect Scanning Fluency
The hardware upgrade of POP 2 enables the scanning frame rate to reach 10 frames. At the same time, it is equipped with an embedded 6 Dof Gyroscope to help faster and more accurate spatial position, reduce stitching errors, improve the smoothness of scanning, and make the scanning process simpler and faster. In a nutshell, it enhances its operational flow and shape, marker point, and color feature point cloud stitching.
Fantastic Color Effect
Through the high-resolution global exposure sensor, and synchronization with the depth camera by hardware triggering, POP 2 can directly generate vivid 3D models for 3D animation, color 3D printing, etc. That can be used directly in AR and VR!
Binocular and Micro-structured light
Revopoint POP 2 adopts binocular and Micro-structured light to ensure the highest single-frame accuracy of 0.1mm with the help of the proprietary micro-projecting chip. The 3D scanner supports high-precision scanning mode and texture scanning mode, which can directly generate vivid 3D models for color 3D printing. In terms of intelligent algorithms, POP 2's built-in high-performance 3D calculation chip can effectively ensure the speed and efficiency of 3D scanning. Even if it is used with standard computer equipment, it can still scan smoothly without stalling.
0.1mm High Precision, 0.15mm Project Distance
POP 2 is equipped with an upgraded projector and IR cameras with higher resolution, and an improved high-precision calibration method ensures that POP 2 meets professional-grade precision, with an accuracy of up to 0.1mm and a 3D point cloud data of 0.15mm. This allows POP 2 to capture 3D models with more details and ensure better dimensional accuracy.
10Hz FPS, 6DoF Gyroscope for Perfect Scanning Fluency
The hardware upgrade of POP 2 enables the scanning frame rate to reach 10 frames. At the same time, it is equipped with an embedded 6 Dof Gyroscope to help faster and more accurate spatial position, reduce stitching errors, improve the smoothness of scanning, and make the scanning process simpler and faster. In a nutshell, it enhances its operational flow and shape, marker point, and color feature point cloud stitching.
Fantastic Color Effect - Global Exposure RGB Sensors
Through the high-resolution global exposure sensor, and synchronization with the depth camera by hardware triggering, POP 2 can directly generate vivid 3D models for 3D animation, color 3D printing, etc. That can be used directly in AR and VR!
Handheld and Turntable Scanning 2 In 1
Say goodbye to separate handheld and turntable scanning devices. POP2 is designed to work as a handheld and turntable scanner, with amazing accuracy and ease of use in any of these functions. In a nutshell, this is the only 3D scanner you’ll ever need!
Easy To Use- Compatibility with Design Software
Conventional 3D scanners are heavy, cumbersome, power-demanding, and permanently entangled with several cables. In short, they are not handy, providing a poor user experience. Revopoint POP2 solves that by being compact, extremely portable, and very easy to use. You don’t need to have any special skills to harness its potential. There’s no need for an AC power supply. POP2 only has one cable to charge the scanner, and that can be directly connected to a smartphone, tablet, or laptop for streamlined 3D scanning, greatly simplifying the user experience. This is also an efficient device with power-saving technology.
195g Lightweight
POP 2 is compact and portable, only 195g, and come with a specific carrying case that can hold POP 2 and all the accessories, you can take POP 2 wherever you want.
Easy to Power
POP2 only requires one USB cable to power the scanner and can be directly connected to a laptop or phone for streamlined 3D scanning, greatly simplifying the user experience. This is also an efficient device with power-saving technology. Get a 5000 mA Power Bank, you can easily scan with your phone for a long time.
Revopoint POP 2 Is Designed For You
If you’re a gadget and high-tech enthusiast in general, Revopoint’s latest 3D scanner is definitely for you. However, if you’re an active 3D printing creator, a VR/AR model maker, or if your creative work involves using reverse design, then this multi-functional 3D scanner will make a world of difference in your creations.
Specification
| General |
Brand: Revopoint |
| Specification | Technology: Micro-structured light + Binocular proprietary technologyPoint Distance: Up to 0.15mm Single Capture Accuracy: Up to 0.05mm Single Capture Range: 210mm x 130mm Working Distance: 150 ~ 400 mm Minimum Scan Volume: 20×20×20 (mm) Scan Speed: Up to 10 fps Light Source: Class 1 infrared laser Alignment: Feature, marker and color Press Button: Yes Output Format: PLY, OBJ, STL Texture Scan: Yes Special Object Scanning: For shiny black, transparent and highly reflective objects, please use a 3D Scanning spray powder
Outdoor Scanning: The cover is needed to avoid interference of intense light.
please use a 3D Scanning spray powder
Printable Data Output: Able to export 3D model directly to 3D printing Required Configurations: Windows 8\10, 64-bit, Android, iOS, MAC Wi-Fi & Bluetooth: 2.4GHz Connector Type: USB 3.0 Micro-B data port,USB Type-A cable,USB Type-C cable |
| Weight & Size | Product Weight: 0.195kg Package Weight: 1.3kg Product Size(L x W x H): 154.6x38.2x25.6mm Package Size(L x W x H): 250x270x80mm |
| Package Contents |
1 x POP 2 3D scanner |
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Questions & Answers
FAQ
What are the Differences between Blue Light vs White Light Scanners?
1. Light Source
Blue Light Scanner
Uses a narrow band of blue light wavelengths to illuminate the object being scanned. The specific wavelength used is often in the range of 405 to 450 nanometers.
White Light Scanner
Uses a broad spectrum of visible light wavelengths, typically covering the entire visible spectrum from violet to red. This includes wavelengths of blue light as well.
2. Accuracy and Precision
Blue Light Scanner
Offers higher accuracy and precision compared to white light scanners. The narrower wavelength range of blue light allows for better control over interference and noise, resulting in more precise measurements.
White Light Scanner
Still provides accurate 3D scans, but not to the same level of precision as blue light scanners. The broader spectrum of light used in white light scanning can lead to more interference and potential inaccuracies, especially in complex surfaces or reflective materials.
3. Surface Sensitivity
Blue Light Scanner
Better-suited for scanning highly reflective or shiny surfaces. The narrow wavelength range helps reduce specular reflection and glare, allowing for more accurate surface measurements.
White Light Scanner
May struggle with highly reflective surfaces, as the broad spectrum of light can cause significant glare and interference. However, modern white light scanning technologies often incorporate advanced algorithms and techniques to mitigate these issues.
4. Speed
Blue Light Scanner
Generally, offers faster scanning speeds compared to white light scanners. The focused beam of blue light allows for rapid data acquisition, making blue light scanning ideal for applications requiring high throughput.
White Light Scanner
While white light scanners can still achieve fast scanning speeds, they may be slightly slower than blue light scanners due to the broader spectrum of light and potential processing requirements to deal with interference.
5. Cost
Blue Light Scanner
Tend to be more expensive than white light scanners, primarily due to their higher precision and specialized technology.
White Light Scanner
More cost-effective compared to blue light scanners, making them a more accessible option for many users.
6. Color Reproduction
Blue Light Scanner
Due to the narrower spectrum of blue light, blue light scanners may not capture as broad a range of colors as white light scanners. This limitation can result in less accurate color reproduction, particularly for objects with subtle color variations or intricate textures.
White Light Scanner
Offers superior color reproduction capabilities due to their broader spectral range, ensuring that a wider range of colors and textures can be faithfully reproduced in the scanned 3D model. This makes white light scanners well-suited for applications where color accuracy is important, such as product design, cultural heritage preservation, and digital art reproduction.
