Product Introduction
Application Cases
Interior Space Modeling
Interior Space Modeling
Quickly obtain high-precision 3D point cloud data for indoor Spaces using handheld Cybermap, and complete 3D space modeling with an area of 2450 square meters in just 10 minutes.
Factory digital twin
Factory digital twin
Use Cybermap to quickly build a 3D digital twin of a nearly 1775 square meter factory using handheld mobile scanning. High-precision point cloud output facilitates the modeling of plant facilities.
High precision interior space modeling and reverse construction
High Precision Indoor Space Modeling and Reverse Engineering
Model your office in 15 minutes. In the case of loss of original CAD drawings, reverse engineering technology is used to output CAD drawings and import 3D models into BIM system.
Urban infrastructure maintenance
Urban Infrastructure Maintenance
Cybermap builds color digital twins of commercial buildings in read time and performs ultra-fast inspection and modeling. Traditional solutions take three days, while drones and handheld scanning can be done in one hour.
Capable of quickly building the digital twin of the space. No matter the scan environment is outdoor, indoor, or underground, Cybermap SLAM technology enables high-precision mapping, fast acquisition of geospatial data and physical space virtualization without the need for GPS satellite signals.
An intelligent mobile LiDAR scanning device which is capable of working in multiple ways, such as handheld, backpack, vehicle-mounted and UAV-mounted, providing efficient mapping in challenging and inaccessible areas.
Cybermodeling software integrates the powerful SLAM technology algorithm of ZZCOMM. Just drag and drop raw data directly, point cloud data processing will be automatically completed. Acceleration, high-quality point cloud filtering, automated registration and other technologies were built-in.
With the succinct software interface, the process operation is simple and convenient. Automatically record project time and autonomously generate time-labeled data sets. Open the folder where the data is located with one click to quickly obtain the data.
Advanced 3D point cloud and image pixel-level fusion algorithms to automatically generate colorized point cloud models were integrated.
Cybermodeling Software
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