3D Modeling Blogs

Learn how a LiDAR scanner works, its applications in 3D mapping, surveying, and construction, and explore portable RTK and SLAM LiDAR scanners available for sale.

Mapping a confined indoor space and a vast outdoor site requires two completely different technical approaches. While SLAM technology excels in GPS-denied environments for BIM projects, outdoor mapping relies on RTK GNSS receivers to ensure centimeter-level accuracy. This article explores the core differences in range, lighting interference, and positioning, helping you choose the best mobile mapping system for your specific surveying needs.

Learn how to use an RTK GNSS Receiver with a smartphone, key features to look for, and how to choose the right RTK receiver for sale in our store.

LiDAR scanners are commonly used for 3D mapping, construction measurement, environmental monitoring, and digital twin creation. Modern handheld and portable LiDAR scanner solutions make high-accuracy 3D data capture faster and more accessible. 

Discover how portable LiDAR scanners make fast 3D capture simple and accurate. Learn key scanner features, practical applications, and how to choose the right handheld or mobile 3D scanner for your projects.

RTK-LiDAR is transforming industrial 3D modeling by delivering reliable centimeter-level accuracy in real time. This article explains how RTK-LiDAR works, its key industrial applications, and what to consider when choosing or buying an RTK LiDAR system for professional use.