Processing 3D scan data can be complex and time-intensive. The Workflows feature automates routine post-processing steps, delivering faster, consistent results across applications such as CGI, reverse engineering, and manufacturing.

Once raw data is captured using an Artec 3D scanner, it must be processed through a series of algorithms to transform it into a usable 3D model. The output can then be exported from Artec Studio for applications such as 3D visualization, reverse engineering, or inspection. The Workflows feature allows you to build a customizable and automated processing pipeline, linking together steps like registration, fusion, mesh optimization, and export into a streamlined, one-click process. After creating a workflow, you can save it for repeated use whenever needed.

How 3D Scanning Works

Data Capture (Hardware)

Using an Artec 3D scanner to acquire information about the physical object. For AI Photogrammetry (introduced in Artec Studio version 19), you can also use photos or videos captured from your own camera-equipped device (like a smartphone, Digital SLR, or drone).

Scan Data Processing (Software)

The data is then imported into Artec Studio for further processing. What’s special about Artec Studio is that it uses AI algorithms to process the raw scans, clean them up, and then stitch each scan into a complete 3D model.

The Workflows feature automates this step so you don’t have to do it manually once it’s set up.

Export for Use

Once processing is complete, you can export the 3D models for use in other third-party software (e.g. CAD, reverse engineering, or inspection), or use them for 3D visualization applications.

Who is this feature built for?

The Workflows feature is a major time-saver for users who regularly scan similar objects with Artec 3D scanners or AI Photogrammetry. It allows you to create, save, share, and reuse predefined sequences of processing steps as Workflow presets. Once you’ve found the ideal settings for a particular object, you can save them as a Workflow and apply the entire sequence effortlessly whenever needed—eliminating the need to reconfigure everything from scratch. Setup is straightforward.

Step 1: Add the processing tools step by step.

In Workflows, go to the Add tool button and add all the necessary steps you want to process the scan data. The tools are divided into sections for easy viewing and selection.

You can configure your preferred settings for each step as shown below. You can define the workflow first and then go back to adjust the settings for each step. This ability to fine-tune each step gives you greater control over how the scan data is processed.

Step 2: Run the Sequence

After configuring the workflow, select Run to initiate automated, step-by-step processing of the scan data in Artec Studio.

Exporting Workflow

Once a workflow is saved, it can be selected and used again for future projects without reconfiguring the steps by exporting it. You can also share the file with other users so they can run the same workflow you created.

How to Import Existing Workflows

You can import existing workflows simply by going to the gear icon and selecting Import Workflows. Select a file with the file extension .aswf

Tutorial Video

For a detailed tutorial on using Workflows, Artec has created a step-by-step video that walks you through this feature.

Below is a full list of all the tools included in the Artec Studio 20 Workflows feature at the time Artec Studio 20 was released.

Automation + Scripting

If you’re on the Artec Studio yearly subscription, you get an extra perk! You can run workflows via command line—ideal for autonomous file-to-model workflows.

In Artec Studio 20, automated scripting lets you fully automate scan data processing tasks—from importing raw scans to creating finished 3D models and exporting them—without manual intervention. Command-line scripts enable batch processing, repeatable results, and integration with third-party tools like Geomagic Control X to generate inspection reports, reducing repetitive work and freeing you from being tied to your workstation.

Not familiar with scripting? No problem! Our team can help you create a script to automate your scan data processing. With an automated workflow in place, you can focus on the work that really matters. Contact us to learn more.

Reason #1: Automating data processing with Workflows yields faster results

There are three ways to process the same data into a 3D model in Artec Studio 20: Workflows, Autopilot, and manually. Creating 3D models with Workflows is faster than launching individual tools. Workflow automation in Artec Studio 20 is 70% faster compared to the other two methods. Let Artec Studio do the work, empowering you to focus on other tasks without interruptions. Once a workflow is set up, it becomes a one-click process.

Reason #2: Get repeatable results—even when working in a team environment

Once a workflow is saved, you can easily share it with colleagues or team members—even those with minimal experience using Artec Studio 20. This ensures that everyone working on the same project can follow the exact same processing steps, delivering consistent results every time.

Reason #3: Customizable to suit different use cases

If your projects have varying scanning needs, you can tailor a workflow to:

• a specific object type
• an Artec 3D scanner (if you use different models), or
• other criteria such as accuracy, resolution, or polygon count

Visit Artec’s Workflows Library

Artec Support has created a Workflows Library, a collection of optimized processes designed to deliver the highest accuracy and efficiency when processing 3D scan data.

Explore Now

In addition to the Workflows feature, Artec Studio 20 has many improvements, including Artec Micro II HD Mode, Spider II Autopilot, improvements to the AI Photogrammetry feature, RCP file type integration, and a revamped user interface.

Here is an overview video that features the highlights of Artec Studio 20.

For more information about this latest version, visit our Artec Studio page.

Artec Studio Brochure

The brochure highlights the new improvements in Artec Studio 20 and includes a comparison chart showing how it differs from previous version of the 3D scanning and data processing software.

Release Notes

For a bullet list of new features and upgrades, check out Artec Studio 20’s release notes.

Artec Online Courses

As a bonus, Artec created a free online course, What’s New in Artec Studio 20, that gives in-depth video tutorials. They take you through the new features and upgrades to Artec Studio 20, including Workflows, 3D scanner upgrades, AI Photogrammetry feature upgrades, and more!

Artec has also released a step-by-step tutorial video on manually processing 3D scan data in Artec Studio 20.

The conventional approach to reverse engineering typically involves taking part measurements by hand using tools such as calipers, micrometers, height gauges, or gauge blocks. While these tools are effective for capturing basic dimensions, they fall short when it comes to accurately measuring complex or freeform geometry. When using traditional measurement tools, often-times printed templates or 2D drawings are used to visually verify measurements, which often requires constant iterations and adjustments, all done by hand. Overall, this traditional method can be time-consuming, labor-intensive, and frustrating.

Digitize Your Reverse Engineering Process with Scan to CAD Workflow

Step 1 Digitize Measurements with a 3D Scanner

A 3D scanner captures accurate measurement data by digitizing a physical object into a 3D model, which serves as a reference for creating a parametric CAD model. Having all the surface measurements at your disposal eliminates the need to start the design from scratch.

Step 2 Design Your Part in CAD Software

Import the output mesh data from a 3D scanner into your preferred CAD software with the help of a plugin (SOLIDWORKS, Rhino), or use a standalone reverse engineering software (Geomagic Design X, QUICKSURFACE) to guide the creation of a professional CAD model.

Using a handheld 3D scanner like the Artec Leo for car customization and repair makes a lot of sense. You can capture detailed 3D surface measurements quickly and easily with this portable device. Small enough to fit in the palm of your hand, you are not bound by wires or a computer while scanning. It delivers accurate, repeatable data you can rely on to make informed decisions. Scan the part or vehicle once, then move straight into design by reverse engineering directly into CAD using precise measurement data. You’ll gain greater confidence and control, allowing you to complete projects with improved accuracy—and deliver better products in less time.

An Artec customer demonstrates the benefits of using an Artec Leo for taking measurements firsthand.

“Initially, we spent 3-4 days going back and forth, templating, [3D] printing a test piece, changing it, printing another. Prints were made of cheap material as well–not the stuff I used for end parts–we replaced this process with just 15 minutes of scanning.”

Dom Tucci, Industrial Designer Artec Leo customer Tucci Hot Rods

Reverse Engineering using a 3D Scanner

No more taking measurements manually. 3D scanning digitizes the reverse engineering workflow.

Scan Data

CAD Creation

Scan (left image): Using a 3D scanner to take measurements of an entire car or car part.
CAD creation (right image): Once you have all the surface measurements of the part, you can use them as a direct reference (similar to tracing) when creating the new CAD model.

Source: Using 3D Scanning to Repair and Customize the Famous Ford GT40

Compared to traditional methods of taking measurements, 3D scanning is a powerful tool for data collection. 3D scanners digitize a physical object to create a digital twin (or 3D model) of highly complex, organic surfaces of any autobody or automotive parts. They are super fast at collecting surface information, capturing millions of measurement data points per second with sub-millimeter accuracy.

By replacing traditional 2D measurement tools like tape measures, calipers, and hand gauges with a 3D scanner, you can capture every measurement point with exact XYZ coordinates, making it easy to pinpoint its exact position in real-world 3D space. These measurement points can then be imported directly into CAD software, eliminating manual data translation and significantly streamlining the design process.

Comparing Physical and Digital Methods

Physical Method

The conventional way of taking measurements manually

• Labor-intensive solution.
• Yield inaccurate and unreliable measurement data for complex parts.
• Difficult to figure out relationships between features.
• Can only take key dimensions.
• Contact measurement solution.
• Frequent and costly iterations.

Digital Method

Using a handheld 3D scanner for taking measurements

• Efficient measurement solution: Capture millions of data points per second, with measurement data in digital format.
• Take measurement once: Once the object is scanned, you can recall any measurements at any time on your computer.
• Non-contact measurement: No measurement interference with the part.
• Accurate measurements: Avoid costly rework. Using Artec Leo as an example, it captures measurement data with an accuracy up to 0.1 mm with a resolution of 0.2 mm.
• Measurement data can be imported into CAD software for use.

Not All Measurements are Straightforward

Taking manual measurements using tape measures, rulers, or calipers is a time-consuming and tedious task—especially for complex shapes and contours like those found on a car. With full surface capture, a 3D scanner collects measurements of the entire shape and surface of the vehicle part, not just a few key dimensions like manual measurement methods, which increases the risk of missing critical areas or angles.

Now that we’ve discussed the benefits of using a 3D scanner for reverse engineering, let’s take a look at why the Artec Leo works so well for digitizing cars, trucks, and other vehicles—especially when compared to other 3D scanners in the market.

The Artec Leo has no problems 3D scanning the exterior and interior of the car, all thanks to its portability and compact body. There’s no need for a computer during the data capture stage. It’s a self-contained device.

Scan Data Captured Using a Handheld 3D Scanner

3D models captured using the Artec Leo. This handheld 3D scanner captures all surface measurements of the physical part.

Reason #1: Take the 3D Scanner Directly to the Part that Needs Scanning

Let’s face it—bringing certain cars into the shop isn’t always practical. Whether it’s a collector’s vehicle, a race car, or a fragile car part, sometimes it’s better to bring the scanner to where you need to scan.

If you think 3D scanning is complicated, take a look at this video. Art scanned a truck bed outdoors using the Artec Leo. This handheld 3D scanner can scan difficult surfaces—even shiny frames, hood, or dark surfaces.

True Mobile Freedom

One of the biggest limitations of traditional 3D scanning solutions is the setup. Wires, tripods, and bulky computers—they all add time and limit where you can work. Whether you’re working on a car in the shop, need to scan at a client’s location, or scanning outdoors at a parking lot, the Artec Leo adapts to your workflow—not the other way around. 100% portability means true mobile freedom.

Reason #2: 100% Wireless 3D Scanning

Artec Leo is a truly wireless professional 3D scanner. Gone are the days when you might trip on the wire or have to constantly look back and forth on a separate computer to make sure you are capturing good-quality data.

With Artec Leo as a self-contained device, that means:

• It fits in your hands and moves easily around any vehicle.
• No cables to trip over or manage during scanning.
• No need for a laptop or PC tethered to the scanner.
• Battery operated.
• 100% wireless scanning and data transfer with Wi-Fi connectivity.
• A built-in touchscreen display lets you see your scan in real-time, so you know immediately whether you’ve captured everything you need. You can confirm the data is captured correctly while scanning on-site before you head back to the office.
• No problems with 3D scanning indoor or outdoor.

With the freedom to work wherever you go, feel confident that you’re collecting clean, complete data every time.

Reason #3: It’s a Smart Device Powered by Machine Learning

Powered by HD Mode

Using intelligent algorithms to generate ultra-sharp, clean, and detail-rich scans.

Artec Leo is a smart device with onboard processing. This means it processes data as you scan, adds more scan data, and aligns them in the scanner without the computer during the capturing stage. Powered by proprietary intelligent algorithms in Artec Studio 3D scanning software, Artec Leo captures only the data you need–more intelligence for less processing time and cleanup work.

HD Mode

On Off

Measurement is the first part of the reverse engineering process. Creating the CAD is the more difficult part of the project, but it’s made easier with 3D scanning. The scan gives you the intel you need to confidently sketch your design in CAD.

Using the Scan to CAD Method of Reverse Engineering

Benefits:

• Speeds up your design time frame (streamlines the workflow)
• Reduces product development costs (saving you labor time)
• Gets you more accurate CAD models (develop better products)

Using manual measurements to create CAD models presents a lot of challenges. It’s tough to get accurate data from complex parts, especially when you’re dealing with organic and complex features. Figuring out clearances and making sure parts fit together properly is also tricky, since traditional measurement tools don’t give you the full picture. Mirroring parts accurately by hand is another headache. The whole process often turns into a frustrating cycle of trial and error just to get everything to fit right.

On the other hand, 3D scanning makes CAD creation much easier. It captures the full geometry of a part with a 3D scanner, with all the detail and accuracy you need. The best part? You can use the scan data directly in your CAD software as a reference—like tracing over a detailed outline—so building accurate models becomes a lot faster and less headaches. It cuts down on guesswork, reduces revisions, and helps you get to the final product faster and more smoothly.

Steps to CAD Creation

Physical Method

The conventional method of reverse engineering using hand measurements

Steps:

1. Take measurements by hand.
2. Design CAD from scratch using a few key dimensions.
3. Use 2D templates to make sure measurements taken are accurate. Repeat until you think it’s right. This usually involves many revision cycles.
4. Prototype.
5. Test to see if the prototype works. Repeat and refine until you get it right.
6. Done.

Roundabout Way

• Trial and Error: Revision cycle nightmare. Difficult to get fit and finish exactly right.
• Difficulty in measuring moderately to extremely complex parts accurately.
• Creation of properly mirrored parts is extremely difficult.
• Challenging to assess clearances accurately.
• Difficulty in making sure proper fitment and mating of assemblies and other components.

Digital Method

Using the Artec Leo handheld 3D scanner to take measurements digitally

Steps:

1. Measure once with a 3D scanner.
2. Design the part with visual reference guides of 3D surface data.
3. Most of the verification work is done digitally rather than physically. Adjustments can be made digitally.
4. Prototype (Fewer fixes and work compared to the physical method).
5. Done.

Straightforward Way

• Accurate measurements mean no guesswork. Creating a digital twin of a physical part allows you to have the measurements directly on the computer you can always reference.
• You don’t have to design from scratch. You can easily trace the scan data to assist in the creation of CAD.
• Produce better quality products.
• Guarantees proper fit and functionality of the designed part.
• Designing products faster means taking on more projects and doing more complicated work.

Case Study: Why Scan to CAD is a More Efficient Design Method

“Using the 3D mesh data to determine clearances and ensure the proper fit of mating parts becomes significantly easier and faster. As an extra advantage, the parts our team is designing are extremely accurate.”

Richard Schonberger Co-owner and CEO Philadelphia Racing Products

Philadelphia Racing Products (PRP), a manufacturer of high-performance aftermarket automotive parts, is dedicated to meeting the rigorous demands of racing enthusiasts. To keep up with growing customer demands, their engineering team was looking for an efficient solution for reverse engineering. In the past, they had to model the existing component first before they could even start designing the mating part—the product they ultimately needed to manufacture. With the adoption of a Scan to CAD approach to product design, the team can now reference a digital 3D mesh of the physical part instead of recreating it from scratch, allowing them to focus directly on designing the mating part. This has significantly streamlined the entire process.

Designing a Mating Part

Physical Method

The conventional way of taking measurements manually

Steps:

1. Model the physical part (time-consuming).
2. Then design the mating part from scratch in CAD software with a few key dimensions (time-consuming).
3. Done.

Digital Method

Using a handheld 3D scanner for taking measurements

Steps:

1. Model the mating part in CAD software using scan data as a guide (easier and faster than the physical method).
2. Done.

Example #1: Scan to CAD – Streamline the Product Design Process of Mating Parts

The PRP team used QUICKSURFACE for SOLIDWORKS to design a custom engine valve cover for a Chevrolet ‘Big Block’ motor in a hydroplane racing boat.

Example #2: Scan to CAD – Streamline the Product Design Process of Mating Parts

The PRP team used QUICKSURFACE for SOLIDWORKS to design a Billet LS Flexplate.

“Using Scan to CAD approach to product design, we see significant efficiency gains in our product design workflow. Drawing from my own experience, on average, the time required to design a part is now reduced down to approximately 25% of the original time or less.”

Chase Evans Lead Engineer Philadelphia Racing Products

Another key benefit of the Scan to CAD approach to design is the streamlined verification process. By digitizing the design process, the PRP team can now complete 90% of verification directly within the CAD model, eliminating the need for repeated checks against mating parts. This digital-first approach gives the team greater confidence going into the physical prototyping stage, knowing that fitment and clearances have been precisely validated.

If you’re a SOLIDWORKS or Rhino user, you can take advantage of a plugin like QUICKSURFACE for SOLIDWORKS to work seamlessly within your existing CAD environment. This native integration allows you to import 3D scan data directly into the software and convert it into editable CAD models. There’s no need to switch between multiple programs or learn a completely new software. QUICKSURFACE is intuitive to use and streamlines the reverse engineering workflow by taking advantage of 3D scanner data—saving time and improving accuracy right inside the tools you already know.

Adopting a Scan to CAD approach in product design can truly be a game changer. By capturing accurate 3D data from existing car components or autobody, designers and engineers can skip time-consuming manual measurements and never-ending iterations. This not only speeds up the development process but also improves accuracy, reduces errors, and allows for better design. Whether you’re customizing parts, reverse engineering, or restoring legacy equipment, integrating Scan to CAD into your workflow leads to smarter, faster, and more reliable results.

Book a Demo to See How 3D Scanning Can Help You with Your Automotive Application

If you haven’t explored the new AI Photogrammetry feature in Artec Studio 19 yet, here’s a quick video overview:

In this next video, Art tests the AI Photogrammetry feature in Artec Studio 19 by scanning sculptures, buildings, scenes, and everyday objects.

New Algorithms Developed For Artec Studio’s AI Photogrammetry Feature

With the introduction of this new feature, Artec’s team developed two advanced algorithms to reconstruct objects and scenes from 2D images:

• Separate object reconstruction: For single items without a background.
• Whole scene reconstruction: For feature-rich scenes, such as aerial or drone footage (no separation between foreground and background), or objects like stones, statues, and architectural structures captured with some background.

The AI Photogrammetry feature processes the images by identifying common points across the photo set. These points are used to rebuild the 3D geometry of the object or scene, resulting in a highly detailed 3D model that accurately reflects the shape and appearance of the object or environment.

Follow the three-step workflow to create 3D models using your device.

1. Step 1: Capture and Upload Images or Video

   To get started, capture photos or videos with any of these devices.

   • 

     Smartphones

     Make it extremely accessible for users to create 3D models.

   • 

     Digital Cameras

     Turn digital camera footage into high-resolution 3D models.

   • 

     Digital Microscope

     Capture tiny objects in fine detail (not a slide microscope).

   • 

     Drone Footage

     Create 3D models of entire landscapes with aerial drone capture.

   To create a complete 3D model of an object, you have to take photos or videos from various angles and perspectives. They need to have overlapping details to ensure everything is captured from different viewpoints.

   AI Photogrammetry Supported File Formats

   Artec Studio 19 supports the following import formats:

   

   Photos

   .bmp, .jpeg, .tif, .png

   You can use images from any camera-equipped device. For example, your smartphone, point and shoot camera, digital SLR camera.

   

   Videos

   .mov, .mp4, .avi, .m4a, .m4v, .3g2, .3gp, .3gp2, .3gpp

   When importing a video, Artec Studio will ask you the number of frames you wish to be converted.

   Once you have your files ready, simply upload them to Artec Studio 19 3D scanning software. You need an Artec Studio 19 software license (available as a 30 day free trial, yearly subscription, or a lifetime license).

   

2. Step 2: Run AI Photogrammetry Algorithm

   The AI Photogrammetry reconstruction workflow consists of two stages:

   • Sparse Reconstruction: In this stage, a set of photos imported into Artec Studio is initially processed, positioning them in 3D space. The result is a sparse point cloud, which represents the alignment of the images for further processing.
   • Dense Reconstruction: This stage creates a triangular mesh that can then be used in Artec Studio for traditional processing and texturing.

   

   

   

3. Step 3: Render the 3D Model with AI Photogrammetry Algorithm and Export

   Once Artec Studio generates the 3D model, it’s ready for immediate use. Additionally, you can export these models and import them into other software for further editing.

   Fire Hydrant 3D Model: To create a digital twin of the fire hydrant, the object was captured using a DSLR from various angles. A high-density point cloud captured intricate details, while the mesh was optimized to minimize polygons without compromising on quality. The final model was textured in 4K resolution, producing a digital replica that’s ready for use in CGI, AR/VR, game development, and 3D printing—all in under an hour.

   

   Want to See if AI Photogrammetry is Right for You?

   You can sign up for a free 30-day trial to try out the AI Photogrammetry feature. Click the button below to get started:

   Buy Now Download AI Photogrammetry Free Trial Now

“Instead of a long, boring process of picking through 1,000s of photos, AI allows you to just take a video or much smaller number of photos with your smartphone and achieve the same result. In some cases, you can even get to the same level as low-to-medium priced 3D scanners.”

Andrei Vakulenko Chief Business Development Officer & Co-founder Artec 3D

AI Photogrammetry makes it easy to generate 3D models even if you don’t have access to a 3D scanner. Powerful AI algorithms generate incredible looking results.

Sample 3D Models Generated Using AI Photogrammetry

Here are 3D models generated using AI photogrammetry and sample applications for its use.

Capturing Small Objects in Detail

Grasshopper 3D Model: The grasshopper was photographed with a DSLR camera. The Artec Team captured top-quality images of the specimen, which were then reconstructed in Artec Studio 19 using AI Photogrammetry. This 3D model can be used in a variety of applications including education, research, heritage preservation, and CGI.

Comparing Data

This video demonstrates data generated using AI Photogrammetry in Artec Studio 19, compared to data from another leading competitor’s software.

Acquiring Measurements

The 3D models created through Photogrammetry do not automatically reflect real-world measurements or scale. To ensure accurate scaling of your models, Artec Studio offers tools that allow you to input precise measurements. Additionally, you can use physical scale bars to automatically set to the correct scale.

Artec 3D Scanner Users

Artec 3D scanner users with the latest Artec Studio 19 can now take advantage of a new feature. For the first time, they can create 3D models of objects that were once out of reach for their scanners. Thanks to the new AI Photogrammetry feature, users can now generate models from images and videos captured underwater, by drone, or under a digital microscope.

“Augmenting Artec Ray II LiDAR data with drone footage, for instance, offers the perfect construction solution. Users can also digitize forensic scenes with photogrammetry, before picking up clues using high-resolution handheld 3D scanning.”

Artec’s press release, Artec 3D unveils Artec Studio 19:
Professional 3D data capture and processing software, now featuring AI Photogrammetry

Artec users with an Artec Point industrial metrology-grade 3D scanner can also apply ultra-realistic photogrammetry color textures to the Point’s monochromatic scan data to get the best of both worlds: outstanding accuracy (from the Artec Point) with a life-like appearance (from AI Photogrammetry).

Software can make all the difference when it comes to the user experience, especially for those who are new to 3D scanning. That’s why Artec Studio releases one major software update each year. AI Photogrammetry is just one of the many features in Artec Studio 19. This all-in-one 3D scanning software empowers Artec 3D scanner users to complete up to 80% of tasks directly within one software, reducing the need for other high-end tools and making it a cost-effective solution. With the latest 3D data scanning and processing tools for reverse engineering, quality inspection, computer graphics, and more–you can do a lot in one place.

If you are interested in learning more about what the latest version of the 3D scanning software has to offer, please visit the product page to learn What’s New with Artec Studio 19.

Do you have any questions about AI Photogrammetry or Artec Studio 19?

Please book a free online demo and we’ll answer your questions.

Request a Demo

The Artec Spider II offers the highest resolution and accuracy of all Artec’s handheld 3D scanners that don’t require targets or calibration for 3D scanning. This means you spend less time setting up and can get started right away. It uses hybrid geometry and color tracking methods for fast data capture and processing. It’s as simple as using a video camera, allowing you to begin and complete your job quickly.

Artec Spider II’s Major Differences Compared to Its Predecessor

The Artec Spider II replaces the Space Spider for scanning small objects, ensuring that all fine details are captured. With the Spider II, you can now capture intricate details from medium-sized items like coins, as well as larger components such as engines, machinery, or medical equipment.

Compared to its predecessor, the Artec Spider II offers significant improvements. It scans larger objects, has twice the resolution, and four times the scan speed. The new 3D scanner captures massive amounts of data quickly, at 8 million points per second. The Artec Spider II comes with a Thunderbolt interface and new algorithms to ensure fast and optimal transfer and processing speeds.

	Spider II (New Model)	Space Spider (1st generation)
Accuracy, up to	0.05 mm	0.05 mm
Resolution	0.05 mm	0.1 mm
Object Size	Small to Medium ~ 5–50 cm	Small ~ 5–20 cm
3D reconstruction rate for real-time fusion, up to	30 FPS	7.5 FPS
Interface	Thunderbolt 3, compatible with Thunderbolt 4 hosts	USB 2.0, USB 3.0 compatible

Industry Uses for the Artec Spider II

The Artec Spider II is suitable for a wide range of industry applications that require high resolution and accuracy, all while offering convenience.

Sample applications include:

The Artec Spider II is also ideal for applications where a realistic digital twin is needed for CGI and visual effects. It creates lifelike 3D models, thanks to its 5MP texture resolution at 24 bits per pixel (bpp).

Shoe Scan

Capture Amazing Scan Data Quality, Fast

The results of the Artec Spider II speak for themselves. It captures every curve, sharp edge, and fine line of the inner workings of a game controller, transforming a physical object into digital form. In just 3 minutes of 3D scanning time and 5 minutes of processing time, this level of detail is achieved.

Video Game Controller Scan

Now that we’ve taken a look at the Spider II, let’s explore Artec’s newest metrology-grade laser 3D scanner: the Artec Point.

The Artec Point is an affordable, multi-mode industrial laser-triangulation 3D scanner compared to other systems in this category. The Artec Point’s high accuracy and repeatability are ISO and VDI/VDE certified. You can use it for advanced metrology applications and be confident that you’ll get reliable results every time.

Advanced 3D Scanning Technology Doesn’t Have to be Complicated

“We think we’re well-positioned to compete in that market because of the opportunity to bring our ecosystem—our algorithms and software, in addition to all our previous hardware releases—to industrial metrology applications. We’ve been preparing for a few years now to get here, by creating a metrology lab, integrating the scanner into our software, and finding the best available hardware manufacturers to execute our vision.”

Artyom Yukhin CEO From 3DPrint.com article, Scanners for All Occasions:
Artec 3D CEO Artyom Yukhin Explains How the Company Stays at the Head of its Market

Advanced technology should streamline tasks for users, boosting efficiency rather than complicating them. Artec is recognized for creating one of the most intuitive and user-friendly 3D scanning software solutions, Artec Studio. Like all Artec 3D scanners, the Artec Point is powered by Artec Studio. This is one of the major benefits of using the Artec Point: it does the hard work for you, making your job much easier while delivering outstanding results. It’s easy to operate and provides the highest-quality scan data you can trust.

Cam Gear Scan

Using a Target-Based 3D Scanner When Accuracy Matters

Why would you use the Artec Point, a target-based system, when you need to apply targets before 3D scanning? Applying targets directly on the object or surrounding the object provides the best accuracy for several reasons:

1. Enhanced Alignment: Targets provide clear reference points that help the 3D scanner align individual scans more precisely. This minimizes any errors that might occur when relying solely on geometry or color.
2. Improved Data Registration: With targets, the 3D scanner can quickly and reliably register overlapping scans, leading to a more cohesive final model. This is especially useful in complex geometries where features may not be distinct enough for the software to align scans effectively.
3. Minimized Errors from Surface Variations: Target markers can help mitigate challenges posed by shiny, reflective, or textured surfaces, which can confuse non-target-based 3D scanners.
4. Increased Scan Efficiency: By using targets, the 3D scanner can process data faster, as the software can more easily recognize and align scans, reducing the time spent on post-processing.
5. Consistency Across Scans: Targets ensure that the same reference points are used across multiple scans, contributing to overall consistency and accuracy in the final 3D model.

Overall, target-based systems provide better tracking compared to systems that rely on geometry, color texture, or hybrid tracking. 3D scanners like the Artec Point are particularly beneficial in scenarios where accuracy is critical, such as in metrology, engineering, and demanding industrial applications.

Adaptable to Scanning Various Surface Types

With its ability to handle demanding metrology applications, the Artec Point is designed to scan a variety of surfaces. It even includes modes for challenging surfaces. Switch between three modes to achieve the best results: a high-speed grid, parallel lasers for capturing complex geometries, and a single laser for hidden features like deep holes.

Three Scan Modes

Transmission Scan

Now that we’ve reviewed both scanners, you might be wondering in what situations would you use them?

They serve different purposes based on your project requirements.

Uses reference points for tracking

Use Artec Point when:

• Need the highest accuracy and resolution: Artec Point offers the best accuracy and resolution out of the two scanners.
• Industrial Metrology Applications: Artec Point is certified for metrology-grade 3D scanning.
• Scanning Symmetrical or Featureless Objects at High Accuracy: Using positioning targets (dots or markers) will provide you with the best accuracy for tracking.
• Scanning complex, large objects: Using reference dots for tracking will help track large objects more effectively than geometry or texture tracking, providing higher reliability and precision. It is also better suited for scanning over long distances.

The Verdict: Getting the highest resolution and accuracy requires more work. For some projects, you need to get that extra level of quality.

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Uses the object’s geometry and texture for tracking

Use Artec Spider II when:

• You need fast data capture and processing: The Artec Spider II doesn’t require targets for scanning while still capturing complex objects, sharp edges, and fine lines, with an impressive level of detail.

The Verdict: Artec Spider II provide the convenience while getting high-quality resolution and accuracy.

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Since both scanners belong to Artec’s ecosystem, data collected with any Artec 3D scanners can be combined to create highly detailed models that harness the strengths of each device.

In summary, the Artec Spider II is an excellent portable 3D scanner for capturing the details of small to medium-sized objects with high resolution and accuracy. For industrial metrology applications where the highest level of resolution and accuracy is required, the Artec Point is the better solution. The Artec Spider II is known for its convenience, while the Artec Point requires more effort to achieve the highest levels of accuracy and resolution.

We chose the Artec Micro II as the 3D scanner for multiple reasons:

1. The Artec Micro II was specifically designed to scan extra small to small objects.
   We used the Artec Micro II because it scans tiny objects. The size limit is anything you can hold between two fingers up to those that fit in the palm of your hand (approximately 200 mm). This 3D scanner has four 13-megapixel cameras that scan an object from all angles to capture the fine details in minimal time.

2. The Artec Micro II is a fully automated desktop 3D scanner.
   While 3D scanning a small object like this gemstone could typically require a lot of time and patience to achieve high-quality scans, the Artec Micro II streamlines the process. As an automated 3D scanner, it does all the hard work. Simply place the object on the magnetic base, adjust a few settings to specify your scanning preferences, and the scanner is ready to start acquiring scan data.

As we’ve mentioned in our article, Tips on Getting Quality Scans from Your 3D Scanner, doing simple preparation before scanning ensures you get the best results. It also avoids any post-processing issues down the road.

There are two challenges we have to tackle when 3D scanning this gemstone:

Challenge #1

Clear surfaces are a difficult surface to scan.

Light from the 3D scanner penetrates transparent or translucent surfaces during the 3D scanning process. This causes noise and inaccurate renderings of the 3D model.

For this demonstration, we sprayed this clear gemstone with AESUB Orange 3D scanning spray.

For clear or translucent objects, you need something that acts as a barrier to create a good 3D scanning surface. Using a 3D scanning spray creates an optimal uniform matte white surface for 3D scanning.

In our lab, we use AESUB vanishing sprays for a no-mess experience. They evaporate after a set time, eliminating the need for cleanup after scanning.

Challenge #2

The gemstone is a small object.

Fixturing an object securely guarantees that the part doesn’t move during the 3D scanning process. Alligator clips are particularly useful for fixturing as they provide a reliable hold (and avoid putting fingerprints on the object).

When using a small clip to secure the gemstone, it became apparent that the clip would appear in the scan. To address this issue, we scanned the gemstone twice: once with the clip at the top and once with the clip at the bottom. After completing both scans and removing the clip from the scan data, there was enough overlapping data in the two scans to align and merge them into a complete 3D model.

How to Get a Complete 3D Model Using a Clip as a Fixturing Aid

Here is the final 3D model after two scans (top and bottom) were aligned and merged.

3D scanning of this gemstone highlights various practical uses.

For example:

• In jewelry making, designers can obtain precise measurements of precious stones to craft intricate designs.
• Artifacts, even small ones, can be digitally archived for research purposes to be easily shared with other researchers.

Beyond these specific uses, the Artec Micro II demonstrates its versatility across industries such as dentistry and forensics, showcasing its broad spectrum of applications.

Wondering why the Artec Leo does a great job of 3D scanning in the sunlight compared to other 3D scanners? The reason is that the Artec Leo was designed to perform exceptionally well in any 3D scanning environment, whether indoors or outdoors.

Artec Leo Handheld 3D Scanner

Artec Leo uses a Class I Laser projector that displays a pattern invisible to the human eye onto the surface of your object. This is the reason why you can quickly scan in sunlight with the Artec Leo while still getting high-quality 3D scans.

Unlike other structured-light scanners that use white or blue light, the Artec Leo uses an infrared wavelength of light. Wavelengths of white or blue light are overpowered by the sun, whereas infrared light does not.

You can see how the Artec Leo excels at scanning a section of the railroad outdoors:

What’s extremely special about the Artec Leo is that it is the only wireless and fully standalone professional 3D scanner. It’s compact. It’s portable. It’s all you need for 3D scanning outdoors, making the 3D capturing process as simple as possible. You can scan anywhere.

Onboard Processing Power with Interactive Built-In Touchscreen

This handheld 3D scanner has an NVIDIA Jetson TX2 processor built inside the device, which means you don’t need to connect it to a computer or a tablet while scanning—the processing power is already inside!

You can see the scans in real-time right on the built-in 5” touchscreen display. The touchscreen builds a real-time digital replica of the object while you are scanning. Interact with the scans while you capture the object in 3D, showing you areas that need attention and helping you quickly get the best results. You can manage your device and the entire scanning process all in this single device.

Completely Wireless

There are no wires to trip over when using the Artec Leo. When fully charged, the battery is expected to power the Artec Leo scanner for up to 4 hours, with the duration varying based on usage intensity. Additional batteries are swappable for all-day scanning. Alternatively, you can use AC power with the provided cable.

When you are 3D scanning in an outdoor environment, you want to carry as little as possible if you are going to travel to scan offsite. In outdoor scanning, portability is key for offsite work. The Artec Leo’s user-centered design and simplicity make it an exceptional choice.

No Need For an External Tracker or Vision System

What is different about the Artec Leo is that it can track its own movement with its onboard processing—without using an external tracker. On the contrary, 3D scanners utilizing an external optical tracking device consistently require an unobstructed view with the 3D scanner.

The Artec Leo tracks movement internally. It also doesn’t need to use markers to establish positioning which makes it ideal for 3D scanning outdoors—it’s self-sufficient.

• 

  Artec Leo: Inside-out tracking

  (No need for an external tracker or vision system)

• 

  Outside-in tracking

  (Requires an external tracker or vision system)

100% Cable-Free Scanning and Data Transfer

With Artec Leo’s WiFi connectivity, data transfer is super simple. You can upload your data right from the device to Artec Studio 3D scanning software. You also upload directly to the Artec Cloud with scan-to-cloud functionality, so you can get to work right away if you are scanning off-site and need your data ready for you to continue post-processing when you come back from the office.

What makes the Artec Leo a smart 3D scanner? It’s powered by proprietary AI technology developed by Artec. This 3D scanner does all the heavy lifting so you don’t have to. Just point and shoot to get started on 3D scanning.

A typical 3D scanner relies on a cable connection to transfer images to an external computer for processing. In contrast, a smart scanner boasts an integrated computer and memory. The Artec Leo stands out by eliminating the need for an external computer in the field, handling both scanning and scan data alignment independently.

The Artec Leo makes 3D scanning look easy, but rest assured the scanner the Artec development team worked very hard to make it look that simple to help you capture the perfect scans—every single time. Especially for scanning outdoors where you can’t control environmental conditions, it’s great to have a 3D scanner like Artec Leo. The device only captures the data you need while getting HD quality and submillimetre accuracy scans.

Technical Specifications At A Glance

3D Resolution	Up to 0.2 mm
3D Point Accuracy	Up to 0.1 mm
3D Scans	HD Quality

Having intelligence streamlines the capturing process—less capturing and processing time, as well as cleanup work. This all leads to significant time savings so you can finish your projects faster and be the most productive.

The Artec Leo offers a wide spectrum of objects you can scan, capturing medium-sized (20 to 50 cm) objects as well as large (50 to 200 cm) ones. When this portable 3D scanner is paired with a powerful computer, it can even scan very large objects (200+ cm) or even entire spaces!

The Artec Leo is adaptable for all types of applications including 3D visualization, reverse engineering, and inspection.

Objects you can scan outdoors with the Artec Leo:

• Arts: sculptures, monuments, statues
• Cultural preservation: archaeology sites
• Automotive: motorcycles, car, trains, buses, airplanes
• Manufacturing: pipes, factories
• AR/VR: 3D scanning props, people
• Forensics: crime scenes

Artec Leo Paired with Artec Ray II

The Artec Leo can even be combined with the Artec Ray II Lidar 3D scanner to capture high details of scenes or environments!

Artec Leo Handheld 3D Scanner

The Artec Leo is the most versatile 3D scanner that Artec 3D has ever made. What’s truly special about the Artec Leo is that for such a small device it packs a punch.

While the Artec Leo produces impressive results within a controlled indoor setting, the true test of a 3D scanner’s capabilities lies in its capacity to scan in all sorts of conditions. The Artec Leo is praised for its outdoor scanning capabilities, user-friendly features, and fully self-sufficiency, making it a powerful tool for professionals across various industries.