3D scanning efficiency determines how quickly and accurately physical objects are turned into usable data. Key factors include point distance, frame rate, field of view (FOV), and object size. The EINSTAR VEGA demonstrates high efficiency across diverse scenarios—from automotive customization to spatial documentation—balancing speed with detail. Choosing the right scanner and settings ensures faster results, fewer errors, and smoother workflows.
3D Scanning Outdoor with EinScan Rigil Handheld 3D Laser Scanner
This guide explores how a truly field-ready metrology 3D scanner, EinScan Rigil, confronts the challenging outdoor environment and achieves quality 3D scanning results.
How to activate EXModel Personal's one-year trial
How to activate EXModel Personal's one-year trial
How to 3D Scan a Car with EinScan Rigil (Automotive Parts as Well)
Learn how to 3D scan a car or automotive parts with professional accuracy. This step-by-step guide covers the entire process, from preparation and calibration to creating a complete 3D model with the EinScan Rigil scanner.
Choosing the Right Light Source for Better 3D Scans—No More Guesswork
3D scanning is becoming a go-to solution across industries—from manufacturing and healthcare to art, education, and research. With its non-contact workflow, high precision, and wide range of applications, it's more accessible than ever.
But with so many scanner types and specs available, choosing the right one can feel overwhelming. That’s where EINSTAR Academy comes in. This technical column in the EINSTAR Forum not only breaks down scanning tips & product selection tips, but also provides expert insights to help you navigate the complexities of 3D scanning technology.—so you can scan smarter, faster, and with confidence.
The Accuracy of 3D Scanner: What You Really Need to Know
❓ Core Question:
How is the accuracy of handheld 3D scanners measured—and can some entry-level 3D scanners claims like 0.02mm or 0.05mm be trusted?
How Fast Can You Go from Scan to CAD? Reverse Engineering Just Got Easier.
Learn how 3D scanning transforms CAD reverse engineering. Explore tools, workflows, and real-world 3D scan to CAD applications in design and manufacturing.
EXModelライセンスを取得するにはどうすればいいですか?
「3D スキャナーの仕組み」について、まず出力 (ポイント クラウドとメッシュ) について、次に構造化光やレーザー光などの光源について説明します。
このブログでは、STL や OBJ などの一般的な 3D プリンター ファイル形式、それらの相違点、3D スキャナーおよびプリンター ユーザーにとっての重要性、およびこれらのファイルの作成方法と変換方法について説明します。

