◆ Tracking the progress of construction and installation work.◆ Comparison of actual performance with project documentation.

◆ Support reconstruction work by creating 3D models for planning and virtual testing.◆ Analyzing the fit of new components to the existing infrastructure.

◆ Preparation of high-precision 3D models for engineering calculations and simulations.◆ Virtual planning and visualization of future facilities and processes.

◆ Regular inspections to monitor the condition of equipment and infrastructure.
◆ Detection of cracks, deformations, and other defects.

◆ Creating digital copies of assets to simplify management and maintenance.◆ Integration of 3D models with data management systems (CAD, BIM).

◆ Safety analysis of work areas.◆ Identification of dangerous areas and development of evacuation plans.

◆ Modeling of logistics and equipment placement.◆ Optimization of production processes based on 3D models.

◆ Checking the compliance of finished products with design requirements.◆ Analysis of geometric parameters of parts and assemblies.

◆ Prototyping and testing new products in a virtual environment.◆ Analyze the effectiveness and identify possible shortcomings before launching into production.

◆ Scanning hard-to-reach or dangerous areas (e.g., tall structures, narrow spaces).◆ Collects data without the need for a human presence.

◆ Real-time monitoring of production lines and equipment.◆ Detect deviations and defects in the production process.

◆ Scanning of underwater structures and equipment.◆ Detection and assessment of underwater damage.

Create detailed 3D models of existing buildings to assess their condition and plan reconstruction.
Identification of defects and structural deterioration.

Preparing accurate 3D models for use in CAD/BIM systems.
Planning of new projects taking into account the existing infrastructure.

Virtual modeling of construction processes to optimize and improve planning.
Create detailed plans for equipment and material placement.

Track construction progress in real time.
Comparison of the actual performance of work with the project documentation.

Checking the compliance of finished objects with design requirements and standards.
Analyze geometric parameters and identify deviations.

Support for reconstruction works by creating 3D models for planning and virtual testing.
Analyzing the fit of new components to existing infrastructure.

Create digital copies of buildings to simplify management and maintenance.
Integrate 3D models with building information management systems (BIM).

Safety analysis of work areas and construction sites.
Identify hazardous areas and develop evacuation plans.
Sales and market.

Safety analysis of work areas and construction sites.
Identification of hazardous areas and development of evacuation plans.

Creating virtual tours and 3D visualizations to present real estate to potential buyers.
Use 3D models for advertising and marketing materials.

Use 3D models to develop architectural projects.
Virtual visualization of design and testing of various design options.

Creating 3D models for designing electrical, plumbing, and other engineering systems.
Optimize the placement of utilities in new or existing buildings.

Modeling of landscape design and planning of landscaping.
Analysis of drainage systems and drainage.

Creation of 3D models for the restoration and preservation of historical objects.
Analysis of the condition of historic buildings and planning of restoration work.

Scanning hard-to-reach or dangerous areas (e.g., high-rise buildings).
Collecting data without the need for physical presence of a person.

Recreate damaged or lost components based on scanned data.
Creating digital copies of old or non-standard parts to restore production.

Comparing scanned models to design documents or original drawings.
Identify deviations and inaccuracies in production processes.

Analysis of existing parts to identify opportunities for optimization and design improvements.
Development of new products based on improved models.

Recreating and modernizing outdated equipment to improve its performance and productivity.
Create models for the introduction of new technologies and materials.

Optimization of production processes based on accurate 3D models.
Planning and implementation of automated production systems.

Detection of wear and damage on scanned parts for repair planning.
Assessment of the condition of parts after operation.

Create digital archives of existing parts and objects for preservation and future use.
Documentation of complex components and assemblies.

Preparing models for 3D printing and other additive technologies.
Reproduction of prototypes and final products based on scanned data.

Verify that parts and products meet established standards and certification requirements.
Support for production standardization processes.

Create models to analyze the aerodynamic and hydrodynamic properties of objects.
Virtual testing and optimization of structures.

Reproduction of tools and equipment for production processes.
Optimize tool design to improve efficiency and accuracy.

Use 3D models to develop training materials and programs.
Preparation of virtual simulators and trainers.

Use 3D models to control the quality of production and finished products.
Identification of defects and shortcomings at the early stages of production.

Formation of digital libraries of standard and specialized parts for quick access and use in design work.
Integration with enterprise data management systems (PDM/PLM).