Artec 3D recently announced the availability of Artec Studio 16 (AS16), the newest iteration of its award-winning 3D scanning software, and Artec Cloud, a collaborative platform that allows users to access, view, comment on, and process 3D scan data online. The integration of AS16 and Artec Cloud streamlines 3D project management. Users can upload and share 3D data with peers, leave comments, send photos, and have full conversations. With Artec Cloud, users can also process 3D scans in their browser
Back To School – 5 Blogs to Support Your Evaluation of 3D Scanners for Classroom and Laboratory Use
Students are flooding back to school, and whether in-person or online, the pursuit and love of knowledge is at the center of it all. For those returning to a department outfitted with a 3D scanner, this may be the most exciting time of the year. 3D scanning is here to stay as part of the way people live their lives, run their businesses, and recreate, so learning as much as possible while you can is important to gain a competitive
Essential Tools to Master in Artec Studio for Highest Quality Data – Basics and HD Mode
5 Essential Tools to Master in Artec Studio Software For all the glory that the Artec 3D portable scanners receive, we can’t forget that Artec Studio 3D scanning software is the “secret sauce” that makes the whole process work so well. Built to take your 3D scanning projects from scan to polygon-model-export, Artec Studio contains a simple and intuitive core workflow, as well as myriad branches of processing tools and elements that help you handle all of your unique and
High-Precision 3D Scanning using Artec Leo for Custom Race Car Design
3D Scanning Used to Meet Bonneville Salt Flats Racing Requirement to Attempt Land Speed Record Project When Bob Degezelle retired as superintendent in the construction industry, he needed a “full-time” project to support his passions in engineering, speed, and adventure. As a lifelong motorhead, Bob chose to focus his time on creating a belly tank race car that would attempt to break the associated land speed record at the Bonneville Salt Flats Speedway. To accomplish this goal, Bob acquired an
Reverse Engineering Modeling Methods – As-Built or Design-Intent
Laser Design, a CyberOptics Corporation brand, has been a leading provider of 3D scanning and reverse engineering services for over 30 years. Whether your company is in the automotive, aerospace, defense, electronics, medical or any other manufacturing industry, the most important question to answer during a reverse engineering project discussion is if an “as-built” or “design-intent” CAD model is needed. By providing Laser Design with your project end goal and/or your downstream application requirements, our highly skilled and experienced technical
Benefits and Things to Consider When 3D Scanning Flowers and Plants
High-Definition Botanical 3D Scanning Depending on where you live, in mid-May, spring might finally be here, or perhaps the summer heat is right around the corner. The birds are chirping, the flowers are blooming, and wedding bells are in the air. It also turns out that 3D scanning flowers is a budding new field thanks to advances in 3D scanning processing software from Artec 3D. Artec Studio Version 14, 15, and 15.1 software released a bunch of new texture/color processing
Laser Design, a CyberOptics Corporation Brand, is ISO 9001:2015 Certified
Laser Design, a CyberOptics Corporation brand, is ISO 9001:2015 certified. CyberOptics Corporation maintains a Quality Management System in compliance with the ISO 9001:2015 standard and it adopts a process, data driven and continuous improvement approach using risk-based thinking to ensure our products and services provide the highest customer satisfaction. Our Quality Management System provides us with the methods to effectively determine customer requirements, create solutions to meet those requirements, and deliver products and services conforming to those requirements. Additional details
Increase 3D CT Scan Data Inspection, Visualization and Analysis Capabilities with myVGL Viewer Software
For many years, the standard deliverable for inspection results from a 3D scanner has been an exported report in PDF format that includes both tabular and visual deviation information. From a 30,000-foot view of the deviation of an as-built part, as compared to a nominal CAD file, to GD&T dimensional analysis results for 10’s to 100’s of dimensions, these reports were a great way to illustrate part characteristics in a more real world, 3-dimensional view. However, the info provided in
4 Easy Steps to NURBS Surface Modeling in Geomagic Design X
What is NURBS Surface Modeling? This computerized 3D modeling method consists of applying digital contours and surface patches directly on 3D scan data to represent the geometry of the 3D scanned object mathematically. When searching for information on NURBS modeling, you will find that the acronym stands for Non-Uniform Rational Basis Splines (B-Splines). What you may not learn easily is that NURBS surface creation techniques are best applied when modeling complex and freeform shapes, as the final model represents the
Artec Micro to Artec Space Spider Comparison
A Closer Look Tag Team Champions In a previous blog post, we covered the Artec Micro 3D scanner and its key strengths relative to the Artec Space Spider, namely, the high-resolution and automated 3D scanning powers of the Micro being a step beyond its handheld counterpart. While amazing for small objects like jewelry, the Artec Micro’s main limitation is its working volume, being unlikely to scan anything larger than a few inches in diameter. Because of this limitation, the Space
Artec Micro Overview
A Powerful Scanner in a Small Package 3D scanners have come a long way in their 30+ year history. With parallels to the development of the first computers, the first 3D scanners were comparatively giant machines compared to the small handheld scanners that exist nowadays, such as the Artec Space Spider and Leo 3D scanners. Unlike their PC counterparts however, large machine-like 3D scanners still have a bona fide use in common 3D scanning applications. For example, the highest accuracy
Dimensionally compare your Physical Part to CAD using CyberOptics XLP Laser Scanner and Geomagic Control X Software
Measuring part and assembly geometry throughout the manufacturing process is critical to verifying as-built features meet specified tolerances and that completed parts perform as-designed. Whether the need is for first article inspection, non-destructive analysis or tool wear verification, the required processes can be tough for engineers due to a variety of challenges including speed, repeatability, ease of use and accuracy. The “old school” method to check a manufactured part is to perform hand measurements with a variety of tools including
Case Study – Using EasyTom CT Scanner and Volume Graphics Analysis Software for Defect Detection
Project Injection molding is a manufacturing process for producing parts in large volumes. Before moving into mass production, engineers must feel confident in their product because they are investing both time and money in tooling and injection molding for the volume of parts they want. The coupler “elbow” pipe shown below is a connector part for an irrigation water system. It is currently in the earlier stages of design development before the product hits the market. To ensure the highest
Case Study – Optimizing Fixture Design Process for Valve Body Inspection Application
Artec Space Spider 3D Scanner and ANSYS® SpaceClaim® direct modeling software optimize fixture design process for high speed CyberOptics SQ3000™ CMM valve body inspection application. Project Slow, costly and inflexible are words that have been heard over and over when discussing the creation of inspection fixtures used to measure parts and assemblies with coordinate measurement machines (CMM’s), vision systems and manual inspection processes. Dedicated fixtures are often required for applications that require precise mounting surfaces and datum features while rigidly
How to Fix Movement on a Child 3D Scan
Movement in Body Scanning If you’ve ever attended an Artec demonstration with Laser Design, or read our previous blog on correcting for movement, you’ve probably heard the phrase: “Fix it in post”. In the 3D scanning world, this means small mistakes can be made during scanning, but they will be fixed during post-processing. For example, a heavy-duty Artec carrying case with a hinged handle will contain two rigid subcomponents: the case, and the handle, and when flipping the case upside-down,
Case Study – EasyTom 3D CT Scanner Supports Proper Delivery of Life Saving Medications
Project For a diabetic, there are few things more important than delivery of insulin at proper amounts and frequencies throughout the day. Many diabetics now use insulin pumps to automatically deliver both Basal and Bolus (background and mealtime) doses when needed to achieve the best control of their blood sugar levels. If the pump, or any component of the delivery process fails, the effect could be detrimental. For these reasons, it is imperative that all components in this process are
Artec Eva and Artec Leo 3D Scanners Receive High Definition (HD) Upgrade
As the progress of technology marches on, consumers will rightfully wonder more and more whether their purchase of some product today will become obsolete by tomorrow. Although cell phones and PC operating systems have conditioned us to assume the availability of software updates after purchase, very few of us expect massive overhauls, much less anything more than marginal new features. Artec 3D shocked the world by announcing a collection of new features summed up as: Artec HD Mode! Available for
Long-Range Laser Scanning for Construction Floor Flatness
Laser Design recently worked with a construction engineering company to provide long-range scanning services for an eight-story office building project. This long-range 3D laser scanning technology offers the most complete and accurate method for generating flatness reports, a key requirement across construction and architectural design. The Importance of Construction Floor Flatness Ensuring exact flatness in concrete floors is essential to maintaining structural efficiency and safety. Even the most minute error in floor flatness can disrupt day-to-day operations, inhibit future construction
How to Combine Data from Multiple Artec Scanners
Best of Both Worlds: Artec Eva and Space Spider If you own an Artec 3D scanner, then you’ll know each scanner is designed with a general range of part sizes in mind. For example, the Artec Eva and Leo are amazing at scanning large objects like furniture but are unable to capture small objects like jewelry. Conversely, the Space Spider has a resolution high enough to scan jewelry—but the small field of view makes it not suitable for scanning larger
Using EasyTom CT Scanner and Geomagic Design X to create Parametric CAD model from 3D CT Scan Data
One of our favorite things about 3D scanning is that the data can be used for so many different applications. Measurements available with this technology can be used to perform first article inspection, create a prototype for 3D printing and even create a parametric 3D CAD model. The file available via the download links included was created as a parametric SOLIDWORKS 3D CAD model using Geomagic Design X. Please watch the video included and contact us to learn more about
Artec Leo Pricing Change
MSRP Change Starts October 1, 2020 Artec has recently announced a 15% MSRP (manufacturer’s suggested retail price) increase for the Artec Leo. The price increase provides an opportunity for Artec to better expand its product portfolio in the future. Although the Leo price change will have an effect on bundles (Leo + Space Spider, Leo + Eva, etc.) no other products will see their prices change. Lease options for the Artec Leo are also available. The last day you can
Using the EasyTom CT Scanner and Geomagic® Design X™ to create a Parametric CAD Model from 3D CT Scan Data
One of our favorite things about 3D scanning is that it’s so versatile: this technology can be used to safely survey inaccessible areas, reverse engineer a prototype for 3D printing, produce as-built documentation, and much, much more. Today, we’re illustrating yet another valuable use of 3D scanners by taking a look at one of our recent projects. Below, we’ll walk through the process of parametric modeling from scan data, along with the key features used to create the geometry seen
Benefits of 3D Modeling and Why 2D Is Limited
With manufacturers across industries racing to increase productivity, every new technology and process could mean another step ahead of the competition. As a result of this push for more productive methods, many companies have made, or are making, the switch from 2D to 3D modeling—for a number of excellent reasons. Where 2D modeling limits and slows teams’ access to product design information, 3D solid modeling expands that access and understanding. This improved flow of information eliminates structural inefficiencies, human errors,
AEC 3D Scanning for Metal Panel Design
Architectural metal design and fabrication companies are tasked with designing, producing, and installing metal cladding panels on the exterior of buildings for protective and aesthetic finishes. These companies have a critical need for accurate and timely measurement of as-built conditions, but creating these records has traditionally been somewhat of a pain point for projects. Here’s the issue: as-built data facilitates the efficient design and manufacture of architectural elements. But this data, and the metal panels and other architectural elements created
How to Fix Parts that Move During 3D Scanning
King of the Problems If you’ve ever attended an Artec demonstration with Laser Design before, you’ve probably heard a common phrase describing what happens if you make a very mild mistake during scanning: “Fix it in post”. Originally meant for filmmakers who opt not to re-shoot but instead add special effects in post-production, the phrase takes on additional meaning in the 3D scanning world. Just as the film needs some love before reaching the silver screen, 3D scan data must
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