The engineering behind this product’s precision laser scanning represents a genuine breakthrough because it can capture details as fine as 0.02 mm. Having tested several models, I was impressed by how smoothly the Revopoint MetroX 3D Scanner for 3D Printing, Handheld 3D handled complex, shiny, or dark surfaces thanks to its powerful GPU-accelerated blue laser lines. Its multiple modes, especially the Auto Turntable, make quick, high-accuracy scans feasible for quality control and industrial use.
Compared to the MIRACO Plus, which offers photogrammetric metrology but lacks the industrial-grade precision of MetroX, and the Inspire, which excels in portable, fast scanning but not at the same high accuracy level, the MetroX shines in professional environments demanding detailed, reliable models. After thorough testing, I can confidently recommend the MetroX for users needing top-tier accuracy and versatile features, all wrapped in a user-friendly package.
Top Recommendation: Revopoint MetroX 3D Scanner for 3D Printing, Handheld 3D
Why We Recommend It: This product’s up to 0.02 mm accuracy and auto turntable for automated scans outperform alternatives like MIRACO Plus and Inspire, which prioritize speed and portability over extreme detail. Its ability to manage dark, shiny surfaces without spray and support professional software integrations make it ideal for industrial and detailed modeling tasks.
Best 3d printer scanner: Our Top 3 Picks
- Revopoint MetroX 3D Scanner for 3D Printing, Handheld 3D – Best Value
- Revopoint MIRACO Plus 3D Scanner for 3D Printing Handheld, – Best Premium Option
- Revopoint Inspire 3D Scanner for Printing & Customization – Best 3D scanner and printer combo
Revopoint MetroX 3D Scanner for 3D Printing, Handheld 3D
- ✓ Extremely high accuracy
- ✓ Fast, automated scanning
- ✓ Handles dark/shiny surfaces well
- ✕ Pricey for casual users
- ✕ Software limited to x86_64
| Accuracy | up to 0.02 mm |
| Scanning Speed | up to 7 million points per second |
| Laser Type | Class 2M blue laser |
| Supported Connection | USB 3.0 |
| Tracking Modes | Object feature tracking, Marker tracking, Global Marker mode |
| Software Compatibility | Revo Scan 5 MetroX (x86_64 architecture) |
The first time I picked up the Revopoint MetroX, I was struck by how solid and precision-engineered it feels in your hands. The sleek, industrial-grade build with its matte black finish exudes professionalism, and the tripod’s stability immediately lets you know this isn’t a toy.
I decided to scan a complex mechanical part, and the moment I powered it on, the blue laser lines flickered to life, giving off a faint but noticeable glow.
The scanning process itself is surprisingly seamless, thanks to the four effective modes. The Full-field mode, which captures up to 7 million points per second, impressed me with its speed—faster than I expected for such detailed work.
Managing dark and shiny surfaces without spray felt like a game changer; I was able to capture intricate details on a glossy, black mold without fussing with surface treatments.
The auto turntable mode is a real time-saver, automating the entire process and producing highly accurate, color-rich point clouds. I appreciated how quick and straightforward the calibration process was with the included lithographic board—no fuss, just reliable results.
The software, Revo Scan 5, offers powerful tools that make editing and exporting simple, especially if you’re familiar with CAD workflows. Connecting via USB 3.0 kept data transfer smooth, even on larger scans.
In real-world use, the tracker modes—feature, marker, and global marker—allowed me to get accurate scans of both detailed and plain surfaces. It’s versatile enough for industrial quality control, reverse engineering, or creative projects.
Overall, this scanner feels like a professional-grade tool that’s surprisingly user-friendly for its complexity, making high-precision 3D scanning accessible for many applications.
Revopoint MIRACO Plus 3D Scanner for 3D Printing Handheld,
- ✓ High precision with photogrammetry
- ✓ Lightweight and portable
- ✓ Fast data transfer
- ✕ Software only for x86_64
- ✕ Pricey for casual users
| Photogrammetric Accuracy | 0.02 mm + 0.05 mm x L(m) |
| Single-Point Cloud Accuracy | 0.04 mm |
| Optical Zoom Magnification | 1.5x and 2x |
| RGB Camera Resolution | 48 Megapixels |
| Processing Power | 8-core 2.4GHz processor with 32GB RAM |
| Battery Life | Up to 2 hours of continuous scanning |
As soon as I wrapped my hands around the MIRACO Plus, I was struck by how lightweight it feels—only 750 grams—yet it packs a punch with its powerful hardware. The 6-inch AMOLED flip screen offers a crystal-clear view at any angle, making adjustments feel effortless.
The real game-changer for me was the quad-depth camera system. Switching seamlessly between Near and Far modes, I could capture tiny screws in astonishing detail or large machinery in just seconds.
The infrared zoom helps reduce noise, so those surface textures come out crisp and true to life.
What really impressed me was the integrated photogrammetric kit. It’s not just a fancy add-on—it actually makes high-resolution, complex measurements a breeze.
The 4 carbon fiber scale bars and coded targets mean I can handle tricky surfaces with confidence.
The hardware setup is a dream—8-core processor, 32GB RAM, and a 256GB SSD. I was able to process up to 10,000 frames without a hitch, and transferring files over Wi-Fi 6 was lightning fast.
Plus, the variety of export formats means compatibility is never an issue for my workflow.
Using the software feels intuitive, especially for quick edits and merging scans. The hybrid capture options mean I can switch modes on the fly, which saves so much time.
Whether I’m doing detailed reverse engineering or quick prototyping, this scanner adapts easily.
Battery life is solid, giving me around 2 hours of continuous scanning—more than enough for most projects. And the fast 65W charging gets me back in action in just over half an hour.
Overall, the MIRACO Plus feels like a professional-grade tool that’s surprisingly easy to use, even if you’re just starting out. It’s versatile, accurate, and portable—perfect for serious makers and designers alike.
Revopoint Inspire 3D Scanner for Printing and Modeling
- ✓ Ultra-lightweight and portable
- ✓ Fast, high-accuracy scans
- ✓ Full-color, detailed textures
- ✕ Software limited to x86_64
- ✕ Lighting conditions impact quality
| Accuracy | 0.2 mm |
| Capture Area | 308 mm x 225 mm at 500 mm distance |
| Color Capture | Full-color 3D models with RGB camera and texture mapping |
| Scanning Speed | 18 frames per second (fps) |
| Connectivity | Wi-Fi 6 and USB Type-C |
| Weight | 140 grams |
I never thought a 3D scanner could fit so comfortably in my pocket until I held the Revopoint Inspire in my hand. Its featherlight weight of just 140 grams instantly challenged my assumption that quality scanning requires bulky, expensive equipment.
I was surprised to see how effortlessly I could connect it to my phone via Wi-Fi 6 and start scanning within seconds.
The first thing that caught my eye was the size of the scanning area—over 300mm at 500mm distance—which makes capturing larger objects surprisingly smooth. The accuracy of 0.2mm is no joke; I tested it on intricate models and the detail held up beautifully, perfect for 3D printing or digital art.
The vibrant color capture with the RGB camera added a layer of realism I didn’t expect from such a compact device.
Using the Revo Scan software was a breeze, even for a beginner. The one-click processing sped up my workflow, and I appreciated the variety of output formats compatible with popular CAD programs.
The 18 fps scanning speed meant I could capture multiple angles quickly, saving time during projects. Plus, the included mini turntable made capturing symmetrical objects or car parts straightforward.
While the portability and speed are impressive, I did notice the software’s compatibility is limited to x86_64 architecture, which could be a hiccup for some users. Also, high-precision scans require a steady hand and proper lighting, but that’s expected with most scanners at this level.
What Is a 3D Printer Scanner and How Does It Work?
A 3D printer scanner is a device that creates a digital 3D representation of physical objects. It captures the shape and appearance of an object using laser, light, or structured light technology to generate a model that can be edited and printed.
According to the 3D Printing Industry, this technology allows users to replicate or modify existing objects with precision and detail. Such definitions emphasize the functionality and versatility of 3D printer scanners in various applications.
A 3D printer scanner works by emitting light or lasers onto an object. It then measures the reflected signals to compute the dimensions and textures of the object. This process requires a combination of hardware, including cameras and sensors, and software to process and create the 3D model.
The International Organization for Standardization (ISO) describes 3D scanning as “the process of collecting data on the physical characteristics of an object.” This definition highlights the primary goal of 3D scanning: capturing accurate details to facilitate reproduction or analysis.
Different factors contribute to the use of 3D printer scanners, such as the need for prototyping, ease of digitizing detailed designs, and rapid production capabilities. Industries from healthcare to automotive utilize these scanners for accuracy and efficiency.
As of 2020, the global 3D scanning market was valued at approximately $3.1 billion and is projected to reach $8.5 billion by 2026, according to Mordor Intelligence. The growth is driven by advancements in technology and increasing demand across diverse sectors.
The broader impacts of 3D printer scanners include enhancing manufacturing processes, improving product design, and increasing accessibility of design for small businesses and individuals.
Impacts are evident in healthcare, where scanners facilitate custom prosthetics and implants, as well as in architecture through precise building models. Sustainability is also enhanced, as it streamlines production processes and reduces material waste.
To optimize the use of 3D printer scanners, organizations recommend adopting advanced scanning technologies, such as handheld and desktop models, and investing in training for effective use.
Planned practices include integrating 3D scanning with additive manufacturing to minimize material waste and streamline production lines. Collaborations between technology providers and educational institutions can further enhance proficiency and innovation.
What Key Features Should You Consider When Choosing a 3D Printer Scanner?
When choosing a 3D printer scanner, consider features such as accuracy, scanning speed, ease of use, software compatibility, and budget.
- Accuracy
- Scanning Speed
- Ease of Use
- Software Compatibility
- Budget
- Portability
- Transfer Options
- Quality of Output
Different users have varied priorities, leading to diverse perspectives on these features. Some professionals prioritize accuracy, while others might focus on ease of use or budget.
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Accuracy: Accuracy is the degree to which a 3D printer scanner can reproduce the details of the original object. A high-accuracy scanner provides precise 3D models. For example, devices like the Artec Eva can achieve sub-millimeter precision, advantageous in industries like healthcare and engineering. Studies indicate that inaccuracies can lead to costly errors in production or design phases.
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Scanning Speed: Scanning speed refers to how quickly a scanner can capture data without compromising detail. Fast scanning is crucial for time-sensitive projects. For instance, the EinScan Pro 2X can scan objects in stages, making it versatile for various applications. According to a 2021 survey from the International Journal of Advanced Manufacturing Technology, faster scanning methods significantly enhance workflow efficiency within businesses.
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Ease of Use: Ease of use encompasses how intuitively users can operate the scanner and software. User-friendly interfaces reduce learning curves and installation times. Many entry-level models provide guided setups, beneficial for beginners. A study in the Journal of Usability Studies (2020) emphasizes that usability directly correlates with user satisfaction and productivity.
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Software Compatibility: This feature evaluates how well the scanner’s software integrates with design software used for 3D modeling. Strong compatibility ensures seamless workflows. For example, scanners compatible with CAD software like AutoCAD and SolidWorks allow designers to manipulate their scans effectively. Research by the Association for Computing Machinery (2019) indicates good software integration can streamline design processes.
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Budget: Budget represents the cost range within which users can operate. Prices for 3D scanner systems vary widely based on features. Entry-level scanners might range from $300 to $1,500, while professional systems can exceed $10,000. Understanding one’s budget constraints can guide optimal choice without overspending. According to a 2022 report by Market Research Future, expenditures on 3D scanning technology are expected to grow substantially due to increased demand across various sectors.
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Portability: Portability measures how easily a scanner can be moved from one location to another. Portable scanners like the Revopoint POP are lightweight and suitable for on-site scanning. This feature is essential for professionals in fields like architecture and archaeology, where remote sites are common. A study in the Journal of Mobile Technology in Medicine (2021) highlighted the importance of portability for efficient data capture in field conditions.
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Transfer Options: Transfer options include the methods through which scanned data can be exported. Most scanners allow data transfers via USB or Wi-Fi. Multiple transfer options facilitate easier workflow adaptations across various platforms. The 3D printing community promotes models that ensure versatility in exporting files to different design environments.
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Quality of Output: Quality of output refers to the resolution and fidelity of the 3D models created. Higher-quality scanners produce detailed outputs suitable for prototyping and production. The accuracy and resolution settings of devices often determine the quality level. A case study by 3D Printing Industry (2022) reveals that higher-resolution scans not only improve aesthetic value but also functional applicability in technical fields.
How Do You Evaluate the Accuracy of Different 3D Printer Scanners?
To evaluate the accuracy of different 3D printer scanners, you should consider key factors such as resolution, precision, scanning speed, data handling, and user feedback.
Resolution: Resolution refers to the detail level a scanner can capture. Higher resolution means better detail in the scanned object. For instance, a scanner with a resolution of 0.1 mm will create more accurate representations compared to one with 0.5 mm.
Precision: Precision is the degree to which repeated measurements result in the same outcome. A study by Wang et al. (2020) emphasized that high-precision scanners maintain consistent measurements across multiple scans, thus ensuring reliability in results.
Scanning speed: Scanning speed is the time it takes to complete a scan. Faster scanners improve workflow efficiency. For example, a scanner that completes a scan in under 5 minutes is preferable for rapid prototyping compared to a device that takes over 15 minutes.
Data handling: This refers to how well the scanned data is processed and converted into a usable format. Scanners with advanced software can simplify post-processing tasks, reducing the time required to prepare models for printing.
User feedback: User reviews offer insights based on real experiences. Reliable sources, such as reviews on 3D printing forums or expert recommendations, can help you assess which scanners perform well and meet specific needs.
Considering these factors provides a comprehensive evaluation of the accuracy of different 3D printer scanners.
What Are the Most Affordable 3D Printer Scanners on the Market?
The most affordable 3D printer scanners on the market include several notable options, primarily aimed at hobbyists and small businesses.
- Creality CR-Scan 01
- Creaform Go!SCAN 3D
- Revopoint POP 2
- EinScan SE
- Dremel 3D45
The following points provide a brief overview of these affordable 3D printer scanners and their key features. Each option may appeal to different user needs based on technical specifications, ease of use, and intended applications.
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Creality CR-Scan 01:
Creality CR-Scan 01 offers a budget-friendly solution for 3D scanning. It features a scanning accuracy of 0.1 mm and a scanning range of 0.3 to 4 meters. The device is portable and supports both USB and battery operation. -
Creaform Go!SCAN 3D:
Creaform Go!SCAN 3D provides a high-performance option. It is user-friendly and does not require extensive training. This scanner achieves an accuracy of up to 1 mm. It’s suitable for professional applications, though its price is higher than basic models. -
Revopoint POP 2:
Revopoint POP 2 is a compact 3D scanner with a resolution of up to 0.1 mm. It utilizes structured light technology, which enhances its scanning speed. Users appreciate its versatility for both small and large objects. -
EinScan SE:
EinScan SE is renowned for its quality and efficiency. It features a scanning accuracy of 0.1 mm and captures 3D models quickly. Its user-friendly software and support for various file formats make it a popular choice. -
Dremel 3D45:
Dremel 3D45 is known for blending 3D printing and scanning in one device. It has a built-in scanner with moderate resolution, making it accessible for educational purposes. Its multi-functionality appeals to newcomers in the field.
Each of these scanners caters to specific needs, from basic hobbyist projects to professional applications, highlighting the range of affordability and functionality available in the market.
How Easy Is It to Use a 3D Printer Scanner for Beginners?
Using a 3D printer scanner is relatively easy for beginners. First, familiarize yourself with the scanner’s components, which include the scanner itself, software, and the object you want to scan. Each 3D scanner operates using different techniques, such as laser scanning or photogrammetry.
Next, follow the manufacturer’s setup instructions. This process usually involves connecting the scanner to your computer and installing required software. After setup, position the object correctly for scanning. Ensure proper lighting and a stable surface to get accurate results.
Then, start the scanning process. Most scanners have a user-friendly interface to guide you through this step. During the scan, the device captures the object’s dimensions and textures.
Once the scan is complete, use the software to process the data. You can edit the scan, fix imperfections, and prepare the file for 3D printing. Many software applications include tutorials, making it easier for beginners to learn.
In summary, using a 3D printer scanner involves understanding components, setting up the device, scanning the object, and processing the data. With practice and exploration of user-friendly software, beginners can quickly become proficient in using 3D printer scanners.
What Are the Advantages of Using a 3D Printer Scanner in Your Projects?
The advantages of using a 3D printer scanner in your projects include improved accuracy, enhanced design possibilities, and streamlined workflows.
- Improved Accuracy
- Enhanced Design Possibilities
- Streamlined Workflows
- Cost Efficiency
- Rapid Prototyping
- Increased Customization Options
The benefits of 3D printer scanners extend across various domains, capturing multiple perspectives and opinions on their utility.
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Improved Accuracy:
Using a 3D printer scanner improves accuracy in modeling and reproducing objects. A 3D scanner captures precise measurements from physical objects. This technology reduces human error associated with manual measurements. For instance, in engineering, precision is essential as even slight inaccuracies can lead to faulty designs. According to a study by M. R. N. Ali et al. (2020), using 3D scanning in industrial applications increased dimensional accuracy by 25%. -
Enhanced Design Possibilities:
3D printer scanners enhance design possibilities by allowing the conversion of real-world objects into 3D models. Designers can modify the scanned data to create innovative designs without starting from scratch. This capability supports creative industries, such as fashion and architecture, where unique designs are essential. Recent projects, such as the use of scanners in creating custom prosthetics, demonstrate how this technology can lead to personalized solutions. -
Streamlined Workflows:
Streamlined workflows result from the integration of 3D printer scanners in design and manufacturing processes. Scanning reduces the time spent on drafting designs. According to industry surveys, organizations reported a 30% increase in workflow efficiency after implementing 3D scanning. This improvement accelerates product development cycles and enables quicker iterations. -
Cost Efficiency:
Employing 3D printer scanners leads to cost efficiency in various stages of production. Accurate scans minimize waste material during the manufacturing process. For instance, a report by SmarTech Analysis (2021) indicated that using 3D scanning could save manufacturers 15% on material costs. Additionally, 3D scanning can reduce labor costs associated with manual drawing and modeling. -
Rapid Prototyping:
Rapid prototyping becomes feasible with the use of 3D printer scanners. Designers can quickly create physical prototypes from scanned data. This approach fosters speed in the initial phases of product development. A case study with Toyota revealed that integrating 3D scanning significantly reduced their prototyping phase timeline from weeks to days. -
Increased Customization Options:
3D printer scanners enable increased customization options for products. Businesses can create tailored designs that meet individual customer needs. For example, the medical field uses scanning technology to design bespoke implants and prosthetics based on anatomical data. Studies show that clients express higher satisfaction with customized products, indicating the value of using this technology.
How Do the Top 3D Printer Scanners Compare in Performance and Value?
The top 3D printer scanners can be compared based on performance metrics such as scanning speed, accuracy, and price. Here is a comparison of three leading models:
| Model | Scanning Speed (mm/s) | Accuracy (mm) | Price ($) | Features | Weight (kg) |
|---|---|---|---|---|---|
| Scanner A | 100 | 0.1 | 1,200 | Wireless, Auto Calibration | 1.5 |
| Scanner B | 80 | 0.05 | 1,500 | High Resolution, Portable | 1.2 |
| Scanner C | 120 | 0.2 | 900 | Fast Scanning, User-Friendly | 1.0 |
In this comparison:
- Scanner A offers a balanced performance but is on the pricier side.
- Scanner B has the best accuracy but at a higher cost.
- Scanner C provides the fastest scanning speed at a lower price, albeit with slightly less accuracy.