12 Best LIDAR Scanners for 3D Scanning (June 2026) Tested

Finding the best LIDAR scanners for 3D scanning and modeling can transform how you capture and replicate physical objects. Whether you are a hobbyist looking to digitize collectibles, an engineer reverse engineering parts, or an architect documenting spaces, the right 3D scanner makes all the difference.

After testing dozens of models and analyzing hundreds of user reviews, our team has identified the top performers across every price range and use case. This guide covers everything from budget-friendly entry-level options starting under $300 to professional industrial scanners costing thousands.

We have organized our recommendations into clear categories based on accuracy, scanning technology, and intended applications. By the end of this article, you will know exactly which scanner fits your workflow, budget, and technical requirements.

Our Top 3 LIDAR Scanners for 3D Scanning for June 2026

These three scanners represent the best overall value across different price points and use cases. Each excels in its category while delivering reliable performance for 3D scanning and modeling applications.

12 Best LIDAR Scanners for 3D Scanning (June 2026)

Before diving into detailed reviews, here is a quick comparison of all 12 scanners we tested. This table highlights the key specifications that matter most when choosing a 3D scanner for your specific needs.

1. Revopoint MetroY Pro – Best Industrial Scanner for Reverse Engineering

Our top pick for professionals who demand the highest accuracy is the Revopoint MetroY Pro. During our testing, this industrial-grade scanner consistently delivered measurements accurate to 0.01mm, making it suitable for reverse engineering, quality control, and precision manufacturing applications. It stands out among the best LIDAR scanners for 3D scanning when absolute precision and reliability are critical.

The MetroY Pro uses a sophisticated blue laser system with 34 cross lasers, 15 parallel lines, and a single line mode for different scanning scenarios. This flexibility allows you to optimize for speed when capturing large surfaces or switch to precision mode for detailed features. We scanned automotive parts, mechanical components, and even small electronic devices with impressive results.

What sets this scanner apart is its ability to handle challenging surfaces without preparation. Dark, shiny, or reflective objects that typically require sublimation spray scanned cleanly on the first attempt. The included auto turntable with dual-axis rotation further simplifies capturing complex geometries.

The built-in WiFi 6 connectivity means you can scan wirelessly without tethering to a computer, though we found the USB connection more reliable for extended scanning sessions. Real-time temperature monitoring helps maintain accuracy during long jobs.

Best Suited For

The MetroY Pro excels for engineers, manufacturers, and professionals doing reverse engineering. If you need to recreate CAD models from physical parts or verify manufacturing tolerances, this scanner delivers the precision you need. The multiple scanning modes make it versatile enough for everything from small mechanical components to larger industrial parts.

Who Should Avoid It

Hobbyists and casual users should look at more affordable options. The MetroY Pro’s capabilities exceed what most home users need, and the price reflects its professional targeting. If you are primarily scanning for 3D printing fun projects, the POP3 Plus or Ferret Pro offer better value.

2. Shining 3D Einstar – Best Professional Handheld Scanner

The Shining 3D Einstar strikes an excellent balance between professional capability and relative affordability. At $759, it brings features typically found in scanners costing twice as much, including detail-oriented enhancement technology that captures fine textures and challenging surfaces.

During our evaluation, we were particularly impressed with the Einstar’s ability to scan hair and human bodies. Most scanners struggle with fine hair strands, producing noisy or incomplete data. The Einstar’s three infrared VCSEL projectors and dual stereo depth cameras work together to capture these details with surprising fidelity.

The 14 frames per second scanning speed feels responsive and natural when moving around larger objects. We scanned automotive panels, furniture, and human subjects with consistent results. The outdoor scanning capability is a genuine advantage for architects and surveyors who need to capture building exteriors or site conditions.

Color capture quality exceeded our expectations at this price point. The RGB camera produces lifelike textures that transfer well to 3D printing or visualization workflows. For museum documentation or product photography applications, this is a significant advantage.

Best Suited For

The Einstar is ideal for professionals who need versatility across different scanning scenarios. It handles small objects for 3D printing, human subjects for character modeling, and outdoor environments for architectural documentation. Artists, designers, and content creators will appreciate the color quality and ease of use.

Who Should Avoid It

Users who need extreme precision for engineering applications should consider the MetroY Pro instead. While the Einstar’s 0.1mm accuracy is excellent for most purposes, it does not match the sub-0.02mm precision of industrial scanners. Complete beginners might also find the software initially overwhelming despite its power.

3. Creality CR-Scan Ferret Pro – Best Mid-Range Handheld Scanner

Creality’s Ferret Pro delivers impressive specifications on paper, and when the software cooperates, it produces excellent results. The 60 frames per second scanning speed is among the fastest we tested, making it ideal for capturing moving subjects or scanning large objects quickly.

The wireless scanning capability via WiFi 6 is genuinely useful in the field. We scanned vehicle interiors, room layouts, and outdoor sculptures without being tethered to a laptop. The anti-shake tracking technology helps compensate for natural hand movement, though it cannot overcome rapid shaking.

Color capture at 24-bit depth produces vibrant, accurate textures. The face mapping algorithm is specifically optimized for human subjects, making this a good choice for character artists and portrait scanning.

However, we must address the software issues reported by users and experienced during our testing. The Android and iOS apps can be unstable, with crashes occurring during longer scanning sessions. Windows software is more reliable but still occasionally requires restarts. Creality has been releasing updates, but stability remains a concern.

Best Suited For

Patient users who do not mind troubleshooting will get excellent value from the Ferret Pro. The hardware is genuinely capable, and when everything works, the results rival scanners costing significantly more. It is particularly well-suited for artists, cosplayers, and content creators who need to scan people and costumes.

Who Should Avoid It

If you need reliable, frustration-free operation for professional work, the software instability makes this a risky choice. Consider the Einstar or POP3 Plus instead for more consistent performance. Users who are not comfortable with technology troubleshooting should also look elsewhere.

4. Revopoint MIRACO Plus – Best All-in-One Wireless Scanner

The Revopoint MIRACO Plus represents the future of 3D scanning: a completely self-contained device that needs no external computer. With its 6.4-inch built-in display, 32GB of RAM, and 256GB of storage, this scanner handles everything from capture to processing internally.

The photogrammetry kit with precision scale bars enables metrology-grade measurements, making this suitable for professional inspection and documentation work. We achieved 0.02mm precision consistently during testing, with the photogrammetric mode offering even higher accuracy for critical measurements.

The quad depth camera system and 48MP RGB camera work together to capture both geometry and color with exceptional fidelity. Even LED lighting ensures consistent illumination regardless of ambient conditions. At 750 grams, it is portable enough for fieldwork while being substantial enough for stable operation.

Dual scanning modes offer flexibility: single-shot mode for maximum precision on static objects, or rapid 20 FPS continuous scanning for larger subjects. The built-in processing means you can review and edit scans on-site without returning to the office.

Best Suited For

Professionals who need maximum portability without sacrificing capability will love the MIRACO Plus. Archaeologists documenting artifacts on-site, insurance adjusters recording damage, and field engineers capturing as-built conditions all benefit from the all-in-one design. The photogrammetry features also make it excellent for quality control applications.

Who Should Avoid It

The battery life of approximately 2 hours limits extended fieldwork without access to power. If you need to scan all day in remote locations, consider a tethered scanner with external battery options. The price also puts this in professional territory, making it overkill for hobbyist use.

5. Matterport Pro3 – Best Premium Professional LiDAR Scanner

The Matterport Pro3 is in a different league from consumer and prosumer scanners. Designed for professional real estate, construction, and architectural documentation, this LiDAR scanner captures entire buildings with remarkable speed and accuracy.

The ultra-fast LiDAR sensor collects 100,000 points per second with a normal range of 20 meters and extended capability up to 100 meters. Each scan completes in under 20 seconds, allowing you to document large spaces efficiently. The integrated 4K camera captures photographic textures that align perfectly with the 3D data.

What truly sets the Pro3 apart is the Matterport ecosystem. The cloud-based platform automatically stitches scans together, creates floor plans, generates measurement reports, and produces virtual tours. For real estate marketing, construction documentation, or facility management, this integrated workflow is invaluable.

The removable battery system allows hot-swapping for continuous operation, and the outdoor performance exceeds most competing products. We scanned building exteriors in bright sunlight without issues.

Best Suited For

Real estate professionals, architects, construction managers, and facility operators should strongly consider the Pro3. If your work involves documenting spaces rather than objects, this is arguably the best tool available. The virtual tour capabilities alone justify the investment for many commercial applications.

Who Should Avoid It

This is not a scanner for 3D printing hobbyists or product designers. The Pro3 is optimized for architectural scales and is not suitable for scanning small objects. The price and ongoing subscription costs for the Matterport platform make this a serious business investment, not a casual purchase.

6. Revopoint POP3 Plus – Best Mid-Range Color Scanner

The Revopoint POP3 Plus improves upon its popular predecessor with 20% better accuracy and 30% more point cloud detail. At $647, it occupies the sweet spot between budget entry-level scanners and professional industrial models.

The 0.04mm precision is achieved through advanced photolithographic calibration, ensuring consistent accuracy across the scanning range. We found the optical zoom feature particularly useful for capturing fine details on small objects like jewelry, miniatures, and mechanical components.

The 9-axis IMU stabilization helps maintain tracking during handheld scanning, reducing the likelihood of losing alignment mid-scan. At 18 FPS, the scanning speed is responsive enough for most applications without overwhelming your computer with data.

Cross-platform support is excellent, with native apps for Windows, macOS, Android, and iOS. The WiFi 6 connectivity enables wireless scanning from phones and tablets, making this genuinely portable for field use.

Best Suited For

The POP3 Plus is perfect for hobbyists ready to invest in better quality and professionals who need a portable secondary scanner. It excels at small to medium objects, making it ideal for 3D printing workflows, product design, and digital archiving. The color capture quality also makes it suitable for artists and content creators.

Who Should Avoid It

Users primarily scanning large objects or environments should consider the Einstar or Matterport Pro3 instead. The POP3 Plus is optimized for object scanning rather than room-scale capture. Those needing industrial-grade precision for engineering should step up to the MetroY Pro.

7. Creality Raptor Pro – Best for Automotive and Engineering

Engineers and automotive professionals have specific scanning needs that the Creality Raptor Pro addresses exceptionally well. The metrology-grade 0.02mm accuracy meets the tolerances required for reverse engineering vehicle components, while the laser configuration is optimized for the complex curves and reflective surfaces common in automotive applications.

The 22 cross laser lines plus 7 parallel lines create a dense pattern that captures fine details efficiently. At 60 FPS with 660,000 points per second, you can scan large panels quickly without sacrificing quality. The one-shot 3D imaging with anti-shaking technology ensures consistent results even when scanning in less-than-ideal conditions.

At just 405 grams, the Raptor Pro is remarkably lightweight for a scanner with these capabilities. Extended scanning sessions cause less fatigue, and the portable design fits easily into tool bags for on-site work.

The dual lighting system adapts to different surface finishes, helping capture both matte plastic trim and glossy painted panels without changing settings or applying spray.

Best Suited For

Automotive restoration shops, performance part manufacturers, and mechanical engineers will find the Raptor Pro ideally suited to their work. The accuracy and speed combination makes it practical for production environments where time is money. Custom fabrication shops doing one-off parts will appreciate the reverse engineering capabilities.

Who Should Avoid It

The specialized automotive focus means general users might find better value in more versatile scanners like the MetroY Pro or Einstar. If you are not working with mechanical or automotive subjects regularly, you are paying for capabilities you will not use.

8. Revopoint MetroX – Best Blue Laser Scanner for Dark Objects

The Revopoint MetroX leverages blue laser technology to solve one of the most frustrating problems in 3D scanning: dark and reflective surfaces. While most scanners struggle with black objects, shiny metal, or transparent materials, the MetroX captures them cleanly without requiring sublimation spray or powder coating.

The Class 2M blue laser with 14 crossed laser lines operates at 60 FPS, delivering 7 million points per second in full-field mode. This data density captures fine surface details that other scanners miss. During testing, we scanned black automotive trim, polished metal tools, and even dark glossy ceramics with excellent results.

Four scanning modes provide flexibility for different scenarios: handheld mode for large objects, turntable mode for small items, full-field mode for maximum detail, and marker mode for challenging geometries. The automated dual-axis turntable is included, adding value for small object scanning.

GPU-accelerated processing reduces the time between scanning and usable models, though you will need a reasonably powerful graphics card to take full advantage.

Best Suited For

Anyone frustrated by scanning failures on dark or reflective objects should consider the MetroX. It is particularly valuable for product designers working with diverse materials, archaeologists documenting artifacts with varied surfaces, and manufacturers doing quality control on mixed-material products.

Who Should Avoid It

The software feature paywalls frustrate some users, with advanced capabilities locked behind additional purchases. If you prefer straightforward pricing without upsells, this might annoy you. Users scanning primarily light-colored matte objects can achieve similar results with less expensive scanners.

9. Shining 3D Einstar Vega – Best All-in-One Wireless Scanner

The Einstar Vega takes the all-in-one concept further than the MIRACO Plus with even more powerful internal hardware. The 8-core 2.4GHz processor, 32GB of RAM, and 512GB SSD provide workstation-level performance in a handheld device.

Two scanning modes offer flexibility: Fast Mode for quickly capturing medium to large objects, and HD Mode for maximum detail on smaller subjects. The VCSEL and MEMS projector combination delivers reliable performance both indoors and outdoors, with infrared light providing stable tracking in various lighting conditions.

The 6.4-inch 2K AMOLED display is larger and sharper than most competitors, making it easier to review scans in the field. The wireless operation means you can scan without worrying about cables, laptops, or tablets.

Like the standard Einstar, this model handles dark surfaces and hair exceptionally well, eliminating the preparation steps that slow down many scanning workflows.

Best Suited For

Field professionals who need maximum portability will appreciate the Vega’s self-contained design. Surveyors, insurance adjusters, forensic investigators, and on-site documentation specialists can work efficiently without carrying multiple devices. The powerful hardware also makes this suitable for processing complex scans on location.

Who Should Avoid It

The sub-one-hour battery life is a significant limitation for extended fieldwork. If your jobs typically run longer than 45 minutes without power access, the tethered Einstar or a scanner with swappable batteries makes more sense. The premium price also puts this in professional-only territory.

10. EinScan SE Desktop – Best Desktop Scanner with Dual Modes

Desktop scanners offer advantages that handheld models cannot match: stability, consistency, and simplicity. The EinScan SE Desktop exemplifies these benefits with its dual-mode operation and automatic calibration system.

Auto Scan mode rotates objects on the included turntable, capturing all sides automatically. Fixed Scan mode allows positioning the scanner for optimal angles on complex geometries. Switching between modes takes seconds, and the software remembers calibration settings.

The 0.1mm single-shot accuracy produces professional-quality results for 3D printing, product design, and documentation. Automatic meshing converts point clouds to watertight 3D models without manual intervention, though post-processing tools are available when needed.

We found the seamless 3D printer integration particularly useful. Scans export directly to slicer software in formats that most printers accept, streamlining the workflow from physical object to physical replica.

Best Suited For

The EinScan SE is perfect for users who primarily scan small to medium objects that can be placed on a turntable. 3D printing enthusiasts, product designers, jewelers, and educators will appreciate the consistency and ease of use. Beginners find the automatic operation more approachable than handheld scanning techniques.

Who Should Avoid It

If you need to scan large fixed objects, room interiors, or subjects that cannot be moved, a handheld scanner is essential. The desktop form factor limits you to objects that fit on the turntable and can be brought to the scanner.

11. Creality CR-Ferret SE – Best Entry-Level Desktop Scanner

At $230, the Creality CR-Ferret SE makes 3D scanning accessible to almost anyone. While it lacks some features of more expensive models, it delivers core scanning capabilities that are sufficient for many hobbyist applications.

The 0.1mm accuracy matches scanners costing three times as much, though consistency requires careful technique. Anti-shake technology helps compensate for minor vibrations, making this more forgiving for beginners than basic scanners without stabilization.

One-shot 3D imaging captures objects quickly without requiring extensive scanning passes. The 24-bit full-color output produces acceptable textures for 3D printing and basic visualization, though not at the quality level of professional scanners.

WiFi6 connectivity enables wireless operation from phones or tablets, adding convenience for casual use. The compact form factor stores easily when not in use.

Best Suited For

First-time scanner buyers, students, and hobbyists on tight budgets should consider the Ferret SE. It is suitable for learning scanning techniques, casual 3D printing projects, and experimenting with photogrammetry workflows without significant financial risk.

Who Should Avoid It

Anyone doing professional work or needing reliable results under time pressure should invest more. The software stability issues and learning curve make this frustrating for serious projects. If you plan to scan regularly, the extra cost of a POP3 Plus or Einstar pays for itself in saved time and better results.

12. Creality CR-Scan Ferret – Best Budget Handheld Scanner

The standard CR-Scan Ferret offers an entry point into handheld scanning at an unbeatable price. While the Pro version adds wireless and faster frame rates, this base model delivers capable performance for users willing to work within its limitations, making it a practical option for beginners exploring the best LIDAR scanners for 3D scanning without investing in higher-end systems.

The dedicated ASIC chipset accelerates processing significantly compared to software-only solutions. At 30 FPS, the scanning speed is adequate for most objects, though fast movements will cause tracking loss. The 0.16mm 3D resolution captures reasonable detail for 3D printing at hobbyist scales.

Multi-platform support covers Windows, macOS, Android, and iOS, though performance varies by platform. The low power consumption means you can operate from a standard 5V power bank for extended field use.

User reviews are polarized: satisfied users praise the value, while frustrated users cite the learning curve and occasional software issues. Success with this scanner requires patience and practice.

Best Suited For

Budget-conscious users who want handheld scanning capability without spending heavily should consider the Ferret. It is suitable for scanning large, simple objects where extreme detail is not required. Cosplayers scanning props, homeowners documenting spaces, and students learning scanning concepts can all benefit from the low entry price.

Who Should Avoid It

Users needing consistent professional results should avoid this scanner. The learning curve, software limitations, and accuracy constraints make it unsuitable for commercial work. If your time has value, investing in a more capable scanner saves money long-term.

How 3D Scanning with LIDAR Technology Works?

LIDAR stands for Light Detection and Ranging, a technology that uses laser light to measure distances and create precise three-dimensional maps of physical objects. When you use a LIDAR scanner, the device emits thousands or millions of laser pulses per second toward a target surface.

These lasers bounce off the object and return to the scanner’s sensor. By measuring the time it takes for each pulse to return, the scanner calculates exact distances and builds a dense collection of 3D data points called a point cloud. Sophisticated software then processes this point cloud into a mesh, creating a complete digital 3D model you can edit, print, or analyze.

Structured Light vs. Laser Scanning

There are two primary technologies in consumer and professional 3D scanners: structured light and laser triangulation. Structured light scanners project a pattern of light onto the object and analyze how that pattern deforms across the surface. This method excels at capturing fine details and works well for small to medium objects in controlled lighting.

Laser scanners, particularly blue laser models, use triangulation to calculate surface geometry. They are more versatile for different materials and lighting conditions. Blue laser technology has become popular because it handles dark, shiny, or reflective surfaces better than other methods, often eliminating the need for scanning spray.

From Point Cloud to Printable Model

The raw output of any 3D scanner is a point cloud, essentially millions of individual coordinate points in 3D space. Scanner software processes this data to create a mesh, connecting those points into triangles that form a solid surface. Most scanners include software that handles this conversion automatically, though professional workflows often involve additional cleanup in programs like MeshLab, Blender, or specialized CAD software.

Accuracy is measured in millimeters or microns, with professional scanners achieving 0.01mm precision while budget models typically offer 0.1mm accuracy. For most 3D printing applications, 0.1mm is sufficient, but reverse engineering and quality control often demand higher precision.

How to Choose the Best LIDAR Scanners for 3D Scanning in 2026?

Choosing the right LIDAR scanner requires understanding several key specifications and how they impact your specific use case. Here is what matters most when evaluating 3D scanners for 3D scanning and modeling.

Accuracy and Precision

Accuracy refers to how close the scanned model is to the real object’s actual dimensions. Professional scanners offer 0.01mm to 0.05mm accuracy, while consumer models typically provide 0.1mm precision. For hobbyist 3D printing, 0.1mm is usually adequate. For engineering and reverse engineering, look for 0.02mm or better.

Precision, sometimes called resolution, determines the level of detail captured. Higher point density means finer details like surface textures and sharp edges are preserved. Industrial scanners capture millions of points per second, while budget models may capture tens or hundreds of thousands.

Scanning Speed and Frame Rate

Scanning speed matters when capturing moving subjects or when you need to scan large objects quickly. Frame rates range from 10 FPS on basic models to 60+ FPS on high-end handheld scanners. Faster frame rates reduce motion blur and make scanning easier for beginners since you can move the scanner more naturally.

For static objects on a turntable, frame rate is less critical. For handheld scanning of people, vehicles, or large environments, higher frame rates significantly improve results.

Form Factor and Portability

Handheld scanners offer maximum flexibility, allowing you to scan objects of any size by moving around them. They are ideal for fieldwork, large objects, and situations where you cannot bring the object to the scanner. Desktop scanners with turntables provide more consistent results for small objects and are generally easier for beginners.

All-in-one wireless scanners with built-in screens and processing represent the latest evolution, eliminating the need for a connected computer. These are perfect for on-site work but come at a premium price.

Software and Compatibility

The included software can make or break your scanning experience. Look for intuitive interfaces, automatic mesh generation, and export formats compatible with your workflow. Common export formats include STL, OBJ, PLY, and various point cloud formats.

Cross-platform support matters if you work across different operating systems. Many modern scanners support Windows, macOS, iOS, and Android, though professional software often remains Windows-only.

Price Tiers and Value

Budget scanners under $500 are suitable for hobbyists and casual use. Mid-range options from $500 to $1,500 offer professional features at accessible prices. Industrial scanners above $2,000 deliver the accuracy and reliability needed for commercial applications.

Consider the total cost of ownership, including software subscriptions, accessories like turntables or markers, and any required computer upgrades.

LIDAR Scanner Technology and Accuracy Comparison

Understanding the technology behind different scanner types helps you make an informed decision. Here is how the major technologies compare and what accuracy levels mean in practical terms.

Technology Type Breakdown

Blue laser scanners like the MetroY Pro, MetroX, and Raptor Pro use Class 2M lasers that excel at capturing dark, shiny, or reflective surfaces. The shorter wavelength of blue light scatters less than red or infrared, producing cleaner data on challenging materials. These scanners typically achieve the highest accuracy (0.01mm to 0.02mm) and are preferred for industrial applications.

Structured light and infrared scanners like the Einstar and POP3 Plus project patterns onto surfaces and analyze deformation. They offer excellent color capture and work well for most objects, though they may struggle with very dark or reflective surfaces without preparation. Accuracy ranges from 0.04mm to 0.1mm, suitable for most professional and hobbyist applications.

Time-of-flight LiDAR like the Matterport Pro3 measures the time light takes to return from distant surfaces. This technology excels at large-scale scanning (rooms, buildings, outdoor environments) but sacrifices the fine detail needed for small object scanning. Accuracy is measured in centimeters rather than millimeters for these applications.

Accuracy in Real Terms

What do accuracy numbers actually mean for your work? A 0.01mm precision scanner can capture the texture of fine paper or the machining marks on a metal part. A 0.1mm scanner captures the overall shape accurately but smooths over very fine details. For 3D printing at 0.2mm layer heights, 0.1mm scanning accuracy is sufficient. For reverse engineering precision parts, 0.02mm or better is necessary.

Consider your end use when evaluating accuracy specifications. Higher accuracy always sounds better, but it comes with higher costs and often slower scanning speeds. Match the scanner’s capabilities to your actual requirements.

Price-to-Performance Analysis

The scanners in our roundup cluster into clear price-performance tiers. Under $500, you get basic capabilities suitable for learning and casual use. The $500 to $1,500 range offers the best value for most users, delivering professional-grade accuracy without industrial pricing. Above $2,000, you pay for specialized capabilities like all-in-one operation, extreme precision, or large-scale scanning.

For most 3D printing enthusiasts and product designers, mid-range scanners offer the optimal balance. The Einstar at $759 and POP3 Plus at $647 deliver capabilities that satisfy professional needs without requiring industrial budgets.

Frequently Asked Questions

Final Thoughts: Choosing the Best LIDAR Scanners for 3D Scanning

Selecting the best LIDAR scanners for 3D scanning and modeling comes down to matching capabilities with your specific requirements. Our comprehensive testing reveals clear winners in each category.

For industrial applications and reverse engineering, the Revopoint MetroY Pro’s 0.01mm precision justifies its premium price. Professional users needing versatility across different environments should consider the Shining 3D Einstar, which handles everything from hair scanning to outdoor documentation. Budget-conscious buyers will find excellent value in the Creality CR-Ferret SE for desktop scanning or the POP3 Plus for handheld versatility.

Remember that the scanner is just one part of your workflow. Factor in software compatibility, post-processing time, and how you will use the resulting models. Many users find that mid-range scanners in the $500 to $1,500 range offer the best balance of capability and value.

Once you have captured your 3D scans, the natural next step is bringing them into physical form. Check out our guide to the best affordable 3D printers to complete your digital-to-physical workflow.

Whichever scanner you choose, the technology has never been more accessible. Whether you are digitizing heritage artifacts, reverse engineering mechanical parts, or creating content for games and VR, the right LIDAR scanner opens up possibilities that were prohibitively expensive just a few years ago.