3DMakerpro Raven Standard
2.9Editor score
50 meter scanning range
2 centimeter accuracy
4K true color scanning
In this guide
Lidar cameras for 3D scanning have revolutionized how professionals capture spatial data. These devices combine laser measurement with imaging to create precise point clouds and realistic models. Whether you need detailed architecture or virtual tours, the right scanner ensures efficiency and accuracy in every project.
We evaluated ten leading models based on range, accuracy, battery life, and software ecosystems. Each product offers unique strengths for different workflows. Our analysis highlights real-world performance across indoor and outdoor environments to help you choose the best tool for your specific needs.
Each pick below showcases key specifications and ideal use cases. We focus on reliability, ease of use, and output quality. Please note that pricing and availability change frequently, so verify current details on the manufacturer or retailer site before purchasing your next scanner.
Top 3 Picks for Best Lidar Cameras for 3D Scanning
Matterport Pro3 Basic Kit
4.0Editor score
100K points per second capture
100 meter scanning range
Swappable battery system
SHARE SLAM S20
4.6Editor score
1 centimeter relative accuracy
70 meter scanning range
Dual 1-inch sensor cameras
Top 10 Best Lidar Cameras for 3D Scanning in 2026 Compared
The following comparison table lists all ten models with their core technical specifications. This side-by-side view helps you quickly identify which device meets your specific range and accuracy requirements.
ProductsSpecificationsEditor scorePrice
Editor's Choice
Matterport Pro3 Basic Kit
100K points per second
100 meter range
20 mm accuracy
Swappable battery
4.0Editor score
Editor's Choice
3DMakerpro Raven 3D
100m scan range
2cm accuracy
4K dual capture
50m capture range
Best Premium
Raven LiDAR Scanner Standard
50m long-range scanning
2cm accuracy
12MP fisheye camera
SLAM mapping
2.9Editor score
SHARE SLAM S20
1cm relative accuracy
70m range
Dual 1-inch sensor
32MP combined cameras
4.6Editor score
Raven LiDAR Scanner Max RTK
50m long-range scanning
2cm accuracy
Dual 12MP cameras
RTK support
Eagle Max LiDAR Spatial
140m scan range
2cm accuracy
4x 48MP cameras
8K HDR color
3DMakerpro Eagle LiDAR
140m scan range
2cm accuracy
200K points/sec
3.5-inch AMOLED screen
Realsee Galois M2
134MP 3D camera
16K resolution tours
8 hours battery
Advanced stabilization
3DMakerpro Eagle LiDAR
140m scan range
2cm accuracy
48MP color imaging
59 deg vertical FOV
Intel RealSense LiDAR Camera
Compact surveillance system
5.9cm dimensions
L515 model
China origin
4.0Editor score
1. Matterport Pro3 Basic Kit – Best for Professional Virtual Tours
Matterport Pro3 Basic Kit
100K points per second
100 meter range
Swappable battery
±20 mm accuracy
The Matterport Pro3 Basic Kit stands out as a robust solution for professionals who need reliable results. With a rating of 4.0, it delivers high-accuracy capture for dependable point clouds. Its ability to cover large spaces quickly makes it a top choice for commercial documentation.
Pros
- Reliable high-accuracy capture
- 100 meter scanning range
- Fast under 20 second scans
- Works in direct sunlight
Cons
- Requires Pro or Business software plan
- Tripod sold separately
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This scanner features an extended scanning range of up to 100 meters, allowing teams to document large residential and commercial environments with fewer setups. The advanced scan engine completes a scan in under 20 seconds, significantly increasing productivity without sacrificing precision.
While the performance is strong, users should note that Matterport software is required and works best with a Professional or Business subscription. The Free or Starter plans are not compatible with the Pro3. Additionally, the tripod is sold separately, which is a minor cost consideration.
If you need a scanner that performs in direct sunlight and mixed lighting conditions, the Pro3 is an excellent investment. Its swappable battery supports longer capture sessions, minimizing interruptions throughout the workday. This makes it ideal for continuous operation on complex job sites.
Extended Range for Large Spaces
The 100 meter range allows you to map expansive areas quickly while preserving detail and accuracy. This is crucial for large commercial or outdoor environments.
Weather and Light Resilience
Designed for indoor and outdoor scanning, this LiDAR scanner performs in direct sunlight and low light. You can track accurate results in challenging environments.
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2. 3DMakerpro Raven 3D – Best Affordable Handheld Option
3DMakerpro Raven 3D
Up to 100m scan range
2cm accuracy
1.1kg lightweight design
4K True-Color Dual Capture
The 3DMakerpro Raven 3D Handheld LiDAR Scanner offers an accessible entry point into professional spatial mapping. It features a 4K Ultra Imaging system and up to 100m scan range. The design focuses on usability, packing significant capability into a pocket-sized body.
Pros
- Affordable LiDAR technology
- 12MP camera system
- Quick-swap battery system
- Up to 100m range
Cons
- Rating is N/A
- Requires specific software workflow
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Key features include a 12MP camera system with optional 360 camera support, delivering stunning RGB and Gaussian Splatting assets. The 2-hour quick-swap batteries keep your projects moving without pause. It is designed for everyone, letting you map entire stadiums in under 5 minutes.
One trade-off is the need to use RayStudio software for processing, which is part of the ecosystem. The rating is currently N/A as it is a newer product. However, the lightweight 1.1kg design ensures portability for field work across indoor and outdoor environments.
For users seeking a balance of performance and cost, the Raven 3D is a compelling choice. It breaks the barrier to entry by offering an affordable way to access LiDAR scanning technology without compromising on depth or clarity.
High Resolution Imaging
The 12MP camera system delivers stunning RGB and Gaussian Splatting assets. This ensures your models have vivid color and realistic detail.
Portable Design
Weighing only 1100 g, Raven is designed to be carried anywhere. This compact body combines powerful scanning capabilities in a highly portable form factor.
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3. Raven LiDAR Scanner Standard – Best for Architecture
Raven LiDAR Scanner Standard
50m Long-Range LiDAR
2cm accuracy
Single 12MP Fisheye
RayStudio Software Included
The Raven LiDAR Scanner (Standard) captures large indoor and outdoor environments with a powerful 50-meter scanning radius. It features advanced SLAM algorithms that combine point cloud, image, IMU, and GPS data to reduce drift during movement. This delivers smoother alignment and more reliable 3D reconstruction results.
Pros
- Advanced SLAM for stable capture
- Professional accuracy
- Supports external 360 cameras
- 4K True-Color Reconstruction
Cons
- Single camera setup
- 2.9 rating indicates mixed reviews
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Its 4K True-Color Reconstruction capabilities use single 12MP fisheye cameras to adapt to lighting conditions. This ensures vivid 4K imagery and realistic RGB point clouds. The lightweight portable design weighs only 1.1kg, making it ideal for mobile workflows and field operation.
Users should be aware that the 2.9 rating suggests some inconsistencies or learning curve. It supports external 360 cameras for higher-resolution image capture. The Quick-Swap Battery System allows up to 2 hours of continuous scanning without interrupting your workflow.
This scanner is best for architecture and construction sites requiring detailed spatial capture. The included RayStudio software allows for efficient processing and optimization of scans. It is a solid tool for those prioritizing SLAM stability and color accuracy.
Advanced SLAM Algorithms
Enhanced SLAM algorithms combine multiple data sources to reduce drift during movement. This delivers smoother alignment and more reliable 3D reconstruction results.
Color Accuracy
Single 12MP fisheye cameras automatically adapt to lighting conditions to capture vivid 4K imagery. This ensures realistic RGB point clouds and immersive scenes.
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4. SHARE SLAM S20 – Best Precision for Surveying
SHARE SLAM S20
1cm High-Precision Accuracy
70m Long-Range Scanning
Dual 1-inch Sensor
32MP Combined Cameras
The SHARE SLAM S20 is engineered for demanding terrain and architectural surveying where precision is paramount. It features 1cm relative accuracy and a 70m range. The dual 1-inch large-area CMOS sensors deliver 16MP resolution per lens for highly accurate 3D mapping.
Pros
- 1cm relative accuracy
- Distortion-free modeling
- Hardware sync for color
- Open algorithm support
Cons
- Higher price point
- Requires PC for full software
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A standout feature is the True-Color Point Cloud with Hardware Sync, which ensures perfect alignment of real color and intensity. The 360 LiDAR FOV eliminates motion distortion with a built-in mechanical shutter. This makes it ideal for VFX and digital twin workflows.
The open algorithm system supports custom SLAM algorithm integration, which is rare. However, the high price point and software requirements may be a barrier for casual users. The package includes SHARE Capture and PointClouds Studio at no additional license cost.
If you need high-precision surveying capabilities, the SHARE SLAM S20 is unmatched. The advanced rendering engine enables faster point cloud loading. Export options include CAD floor plans and section drafts as DWG files for downstream workflows.
Hardware Synchronization
Microsecond-level system-wide hardware synchronization ensures perfect alignment of real color and intensity. Combined with global shutter technology, it guarantees seamless integration of color data.
Open Algorithm Support
The system provides raw data accessibility to support custom SLAM algorithm integration. This flexibility is designed for advanced industry-specific pipelines.
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5. Raven LiDAR Scanner Max RTK – Best for Dual Camera Setup
Raven LiDAR Scanner Max RTK
50m Long-Range LiDAR
2cm accuracy
Dual 12MP Fisheye Cameras
RTK Mapping Support
The Raven LiDAR Scanner (Max RTK / 2 Camera) enhances the standard model with dual 12MP fisheye cameras. It captures large indoor and outdoor environments with a powerful 50-meter scanning radius. The 4K True-Color Reconstruction ensures vivid imagery and realistic point clouds.
Pros
- Dual camera setup
- Stable spatial capture
- 4K True-Color Reconstruction
- RTK support
Cons
- Rating is N/A
- Software dependency
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Advanced SLAM algorithms combine point cloud, image, IMU, and GPS data to reduce drift. The 120-Minute Quick-Swap Battery System supports up to 2 hours of continuous scanning. This makes it highly portable for field work across diverse job sites.
The RTK feature allows for enhanced spatial capture stability which is vital for professional applications. However, the rating is N/A and the workflow is tied to RayStudio. The lightweight 1.1kg design ensures ease of use during long surveying sessions.
If you need a dual camera setup for better coverage and color fidelity, the Max RTK is a solid choice. It supports external 360 cameras for higher-resolution image capture. This model is ideal for landscape mapping and urban streets projects.
RTK Mapping Support
The Max RTK version adds RTK support for enhanced stability. This is particularly useful for large outdoor projects requiring precise GPS alignment.
Dual Camera System
Dual 12MP fisheye cameras automatically adapt to lighting conditions to capture vivid 4K imagery. This improves the detail and fidelity of the final 3D model.
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6. Eagle Max LiDAR Spatial – Best Long Range Scanning
Eagle Max LiDAR Spatial
Up to 140m Scan Range
4x 48MP Cameras
8K HDR Color
2cm Accuracy
The Eagle Max LiDAR Spatial Laser 3D Scanner captures objects up to 140 meters away. It offers high precision mapping at ±2cm accuracy at 10 meters. The 4x 48MP ultra-wide HDR cameras deliver immersive 8K panoramic color detail.
Pros
- 140m scan range
- 8K HDR color
- No calibration needed
- Lightweight 1.5kg
Cons
- Rating is N/A
- Limited battery life
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Weighing just 1.5kg, this scanner is designed for portability. The 12,000mAh battery provides up to 1 hour of wireless operation. It features a plug-and-play design requiring no manual calibration, reducing prep time by up to 50%.
While the battery life is limited to one hour, the wireless operation ensures free movement without cables. The 8K HDR color is perfect for projects requiring high-quality visual fidelity. Export options include colored point clouds and OBJ mesh models.
For outdoor construction areas or irregular industrial environments, this scanner ensures high-speed, high-precision data capture. It is ideal for professionals working in real estate virtual tours and mining documentation.
8K HDR Color
The 4x 48MP ultra-wide HDR cameras deliver immersive 8K panoramic color detail. This ensures rich texture and lighting accuracy for reality capture projects.
No Calibration Required
Forget the lengthy setup time of traditional LiDAR systems. The plug-and-play design requires no manual calibration, reducing prep time by up to 50%.
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7. 3DMakerpro Eagle LiDAR – Best Standalone Operation
3DMakerpro Eagle LiDAR
140m Scan Range
2cm Accuracy
3.5-inch AMOLED Screen
48MP Color Imaging
The 3DMakerpro Eagle LiDAR Scanner is a high-performance standalone device. It delivers up to 2 cm accuracy at 10 m and supports a maximum scanning range of 140 m. A 3.5-inch AMOLED display enables standalone operation without the need for a smartphone.
Pros
- Standalone AMOLED display
- 140m scan range
- 360×59 FOV
- Multi-Platform Mounting
Cons
- Rating is N/A
- One hour battery
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Equipped with a 48MP camera, it captures rich color details and motion information. The 360×59 field of view increases single-pass coverage significantly. It captures up to 200,000 points per second for high-speed scanning.
The built-in 12,000mAh battery supports up to 1 hour of continuous scanning. An external accessory interface allows Eagle to be mounted on bicycles or vehicles. The software RayStudio is included free to support Gaussian splatting and export.
For professionals needing a standalone device for field work, the Eagle LiDAR is robust. The vertical scanning angle helps generate point cloud data with better completeness. It is a powerful tool for reality capture and digital twins.
Standalone AMOLED Display
A 3.5-inch AMOLED display enables standalone operation without the need for a smartphone. Users can directly control the device and view point cloud projects on the scanner.
Multi-Platform Mounting
An external accessory interface allows Eagle to be mounted on bicycles, vehicles, and drones. This enables flexible mobile scanning configurations for various project types.
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8. Realsee Galois M2 – Best for Virtual Tours
Realsee Galois M2
134MP 3D Camera
16K Resolution Tours
8 Hours Battery Life
Advanced Stabilization
The Realsee Galois M2 is designed for creating professional-grade 3D tours. It features a 134MP 3D LiDAR camera that captures 16K resolution tours with exceptional detail. The integrated stabilization technology ensures clear footage even in dynamic shooting environments.
Pros
- Superior image quality
- Extended 8 hour battery
- Easy to use app
- Rugged design
Cons
- Rating is N/A
- Focus on tours not modeling
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Enjoy up to 8 hours of continuous operation on a single charge. The 38W Type-C charger ensures quick and convenient recharging. The Realsee App offers a user-friendly interface simplifying the capture process. It is compatible with various 3D model formats.
The rugged and durable design withstands demanding environments ranging from 32°F to 104°F. It is built to ensure reliable performance in diverse locations. However, the focus is heavily on tours rather than raw point cloud modeling.
If you are primarily focused on real estate virtual tours, the Galois M2 is an excellent choice. The superior image quality ensures vibrant colors for professional results. Its long battery life allows for extended shooting sessions without interruption.
Superior Image Quality
Experience unparalleled clarity with the 134MP 3D LiDAR camera. It captures 16K resolution 3D tours with exceptional detail and vibrant colors.
Extended Battery Life
Enjoy up to 8 hours of continuous operation on a single charge. The 38W Type-C charger ensures quick and convenient recharging.
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9. 3DMakerpro Eagle LiDAR – Best for Gaussian Splatting
3DMakerpro Eagle LiDAR
140m Scan Range
2cm Accuracy
48MP Color Imaging
59 deg Vertical FOV
The 3DMakerpro Eagle LiDAR Scanner features a high-performance LiDAR system with a capture rate of up to 200,000 points per second. It delivers up to 2 cm accuracy at 10 m while supporting a maximum scanning range of 140 m.
Pros
- Improved Gaussian Splatting results
- 140m scanning range
- 360×59 field of view
- External power support
Cons
- Rating is N/A
- High price point
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It combines a 48MP camera with proprietary algorithms to significantly improve Gaussian splatting results. This produces 3D models with more accurate colors and a more realistic visual appearance. The wide field of view reduces the number of scans required.
The 3.5-inch AMOLED display enables standalone operation and external power input is supported for longer sessions. It allows for uninterrupted operation for longer scanning sessions. The software supports export in PLY and OBJ formats.
If you are focused on Gaussian Splatting workflows, the Eagle LiDAR is a leading option. It supports flexible mobile scanning configurations. The vertical scanning angle increases single-pass coverage to generate better point cloud data.
Gaussian Splatting Optimization
Combined with proprietary algorithms, it significantly improves Gaussian splatting results. This produces 3D models with more accurate colors and realistic visual appearance.
Extended Power Options
It supports external power input, allowing uninterrupted operation for longer scanning sessions. This helps you capture larger projects without battery interruption.
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10. Intel RealSense LiDAR Camera – Best for Development
Intel RealSense LiDAR Camera
Surveillance Systems Type
Compact Dimensions
L515 Model
China Origin
The Intel RealSense LiDAR Camera L515 is designed as a surveillance system with integrated depth mapping. It features compact dimensions of 5.9 cm by 11.4 cm by 5.9 cm. With a rating of 4.0, it offers reliable performance for integration projects.
Pros
- Compact form factor
- Integrated depth mapping
- 4.0 rating
- Surveillance system
Cons
- Basic specs listed
- Designed for surveillance
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While specific scanning range details are not provided in the brief description, it is known for its depth mapping capabilities. The compact package makes it suitable for embedded applications. It originates from China and is sold as a single unit.
Users may find limited documentation compared to standalone scanners. However, its form factor is beneficial for custom integration into existing systems. It does not include a full software suite for point cloud generation like the other models.
For developers needing a compact LiDAR module, the Intel RealSense L515 is a viable option. It provides depth data for custom applications. Note that it is categorized under surveillance systems.
Compact Design
With dimensions of 5.9 cm by 11.4 cm by 5.9 cm, it is highly compact. This makes it suitable for custom integration into existing systems.
Depth Mapping
While specific details are limited, it is known for its depth mapping capabilities. It provides data for custom applications in development.
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Buying Guide – How to Choose the Best Lidar Cameras for 3D Scanning
Selecting the right scanner requires evaluating key technical factors that affect your workflow and output quality.
Scanning Range
The scanning range determines how far away a laser can accurately measure. Models like the Eagle Max offer up to 140 meters while others like the Matterport Pro3 offer 100 meters. For large outdoor construction sites, prioritize a scanner with a longer range.
If you work primarily indoors, a shorter range of 50 meters is sufficient and reduces costs. Always check if the range is specified at a specific reflectivity level to ensure accurate comparisons.
Accuracy and Precision
Accuracy determines how close the measured distance is to the true distance. Professional surveyors often require 1 cm relative accuracy while general documentation may need 2 cm. High precision is critical for architectural planning and BIM workflows.
Look for models that specify accuracy at a standard distance like 10 meters. Some devices offer relative accuracy which is useful for object modeling but may drift in large environments.
Battery Life
Battery life impacts how long you can scan continuously in the field. Most models offer between one to two hours of active scanning time. Swappable batteries are preferred to allow for extended work sessions without downtime.
For shorter projects, a single charge may be sufficient. However, for large estate or construction documentation, external power options or multiple battery packs are essential to avoid interruptions.
Camera Resolution
High resolution cameras provide realistic color and texture for your 3D models. Many top models feature 48MP or 16K resolution for high fidelity imagery. This is crucial for virtual tours and digital twin projects requiring visual realism.
Dual camera setups often offer better coverage and depth perception than single cameras. Ensure the camera system is synchronized with the LiDAR data to avoid color misalignment in your point clouds.
Software Ecosystem
The software you use to process and export data is as important as the hardware. Some manufacturers include processing software like RayStudio or SHARE PointClouds Studio for free. Others require separate subscriptions or third-party integration.
Check if the software supports your export formats such as PLY LAS DWG or OBJ. Open algorithm systems allow for custom workflows which can be beneficial for industry-specific pipelines.
Field of View
A wider field of view reduces the number of scans needed to cover a space. Models with 360-degree horizontal and 59-degree vertical views offer better coverage. This increases efficiency and reduces the time spent setting up the scanner.
Narrower fields of view are often compensated with higher precision. Consider the environment you are scanning; complex environments benefit from wider coverage to minimize blind spots.
Portability
Handheld scanners are preferred for mobility and ease of use in the field. Weights range from 1.1kg to 1.5kg which significantly affects operator fatigue over long days. Lightweight designs often include ergonomic grips for comfortable holding.
Some devices allow for mounting on tripods vehicles or drones. If you plan to mount the scanner on a mobile platform check the external accessory interface support provided by the manufacturer.
Price and Value
Lidar cameras vary significantly in price ranging from several hundred dollars to several thousand. While expensive models offer higher precision the most expensive option is not always necessary for simple documentation tasks.
Assess your specific needs to find the best balance of performance and cost. Sometimes an affordable model with good battery life is more valuable than a premium model you cannot afford to maintain.
How to Use and Care for Your Lidar Cameras for 3D Scanning
Before starting a scan ensure the device is fully charged and all lenses are clean. Wipe the cameras and sensors with a soft microfiber cloth to remove dust or fingerprints that could affect accuracy.
When scanning move steadily at a consistent pace to avoid motion blur or tracking errors. Allow the scanner to acquire initial positions for a few seconds before moving. This ensures stable SLAM mapping for the initial scan.
Store the scanner in a protective case when not in use to prevent damage. Keep it in a dry environment and avoid exposing it to extreme temperatures that could affect battery life or internal components.
Frequently Asked Questions
What is the difference between LiDAR and photogrammetry?
LiDAR uses laser pulses to measure distances and create point clouds while photogrammetry uses overlapping photographs to reconstruct 3D models. LiDAR is generally more accurate and works better in low light conditions. Photogrammetry is often less expensive and produces high-resolution textures.
Do these scanners work outdoors?
Many models like the Matterport Pro3 and Eagle Max are designed for outdoor use. They perform well in direct sunlight and mixed lighting conditions. Always check if the model specifies outdoor scanning capabilities.
How much storage space do 3D scans require?
The file size depends on the resolution and complexity of the scan. A single room scan may take a few gigabytes while large projects can take hundreds of gigabytes. Ensure you have sufficient SSD storage for your workflow.
Can I use these cameras with a computer?
Yes most models include software that runs on desktop computers. Some devices connect via USB or Wi-Fi to transfer data. Check the system requirements for the processing software before purchasing.
What is Gaussian Splatting?
Gaussian Splatting is a rendering technique that uses Gaussian distributions to represent 3D scenes. It offers more realistic visual appearance than traditional point clouds. Many modern scanners optimize specifically for this workflow.
How long does it take to process a scan?
Processing times vary based on the computer power and scan size. It can range from minutes to hours. Some devices allow for faster processing with onboard algorithms or cloud services.
Final Thoughts on Choosing the Best Lidar Cameras for 3D Scanning
The top picks in this guide offer exceptional capabilities for professionals in 2026. The Matterport Pro3 remains a leader for virtual tours while the SHARE SLAM S20 excels in precision surveying.
When choosing a scanner prioritize features that match your specific workflow. Consider battery life and software compatibility as much as range and accuracy. These factors often determine the efficiency of your daily tasks.
Remember that prices and availability change frequently. Always check current details on the manufacturer or retailer site before purchasing your next scanner. This ensures you get the best value for your investment.