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nanoCAD 3DScan

Specialized software for processing 3D scanning data

nanoCAD 3DScan is a specialized software tool for processing 3D scanning data, addressing engineering and informational challenges in areas like geodesy, mechanical engineering, construction, infrastructure, and metrological monitoring.

Scope of Application

  • Modeling
  • Three-dimensional modeling, including simulation;
  • Support for Building Information Modeling (BIM);
  • Design
  • Construction and operation of engineering structures, buildings, and communications;
  • Design of machines and mechanisms;
  • Topography
  • Creation of 2.5D drawings and plans, including topographical ones;
  • Populating GIS systems.
  • Monitoring
  • Monitoring the technical condition of facilities, emergency situations, and environmental conditions;
  • Inventory and automation of creating digital twins of industrial facilities.
  • Supervision
  • Modeling transportation tasks;
  • Collision detection;
  • Author's supervision.
  • Measurements
  • Conducting operational calculations and measurements.

Key Features

Classifying and verifying Ground

Classifying and verifying Ground

An algorithm for automatic ground identification, complemented by a ground verification command that allows for manual refinement of automatically classified points.

Classifying points and establishing named views

Classifying Points and Establishing Named Views

An extensive toolkit and parameters are available for the automatic classification of terrain and other categories based on specified criteria.

Layer-by-layer vectorization and floor plan generation

Layer-by-layer Vectorization and Floor Plan Generation

Automatic construction of multiple sections of point clouds at specified intervals, followed by their vectorization and the generation of raster images.

Creation and editing of 3D meshes

Creation and Editing of 3D Meshes

The command conducts 3D triangulation of volumetric object point clouds, creating meshes that can be used for triangulating buildings and other surface structures.

Global searching for features

Global Searching for Features

The command identifies basic geometric shapes (plane, sphere, cylinder, cone, torus) within a point cloud.

Comparison of point clouds

Comparison of Point Clouds

The tool enables evaluation of the degree of alignment between two point clouds or between a point cloud and a model.

Quick Video Guides

Launching nanoCAD 3DScan and Point Cloud Import

In the first video of the nanoCAD 3DScan tutorial, we will open the program, navigate its interface, and import the initial point cloud. If you're aiming for a different outcome than shown in the example while using nanoCAD 3DScan, consult the Help feature, which can be accessed by entering the "HELP_PC" command.

Registration of Point Clouds

The point cloud registration process, also known as stitching, will be examined in the second lesson of the nanoCAD 3DScan course. When using nanoCAD 3DScan, consult the Help, which may be accessed with the "HELP_PC" command, if you wish to obtain a different outcome from the example.

Creating a Floor Plan

In the third lesson of the nanoCAD 3DScan course, we will begin exploring the process of layer-by-layer vectorization and learn how to generate a floor plan from a point cloud. This topic will also introduce the clipping commands. If you wish to achieve a different outcome than the example while working with nanoCAD 3DScan, refer to the Help section, which can be accessed using the "HELP_PC" command.

Creating layer-by-layer sections

In the fourth lesson of the nanoCAD 3DScan course, we will explore layer-by-layer vectorization and demonstrate how to generate layer-by-layer sections from a point cloud. Additionally, we will cover the topic of overriding the User Coordinate System (UCS).