Innovative LASER technology

Where precision meets innovation!
Discover every dimension!

We use the latest technology in 3D scanning and engineering to ensure top-quality results.

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About us

ScanSpace is an company specializing in 3D scanning, 3D modeling, and engineering technologies. Our mission is to enable precise and efficient capturing and analysis of spaces and objects, providing high-quality services to our clients.

Our mission:

At ScanSpace, we believe that precision is the key to success. Our mission is to deliver the highest level of services in the field of 3D scanning and engineering, allowing our clients to make informed decisions based on accurate and detailed data.

Our services include:

  • 3D object scanning
  • Engineering and 3D modeling
  • Analysis and technical documentation creation
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ScanSpace and Faro Focus
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3D LASER SCANNER

Faro Focus Premium

We use innovative technology that enables precise scanning of both indoor and outdoor objects, covering distances up to 70 meters with high accuracy. Our equipment offers high-precision scanning tailored to the specifics of the project and features a built-in 360° camera for creating detailed photo documentation. With the Faro laser, you’ll never need to return to the site due to missed measurements.

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Precision and Accuracy

Our services

From 3D scanning and modeling to engineering consultations and design in the process industry. We guarantee a high level of precision and accuracy in all our services, using licensed software such as Autodesk and Faro.

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Laser Scanning

Objects
Terrain
Equipment

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Processing of scanned data

Point cloud generation
Creation of editable formats
Creation of 360° views in HDR

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Engineering

3D modeling
Surface analysis
Design

Application

3D laser scanners, like the FARO Focus Premium, are powerful tools used across many industries due to their ability to capture highly accurate and detailed 3D representations of objects and environments

Architecture

Exterior and interior

We offer scanning services for entire buildings to create missing documentation that reflects the actual state, such as floor plans, facade plans, or elevation plans. Based on this data, we can plan your architectural model or assemblies, such as facade panels, insulation, or solar systems. We efficiently create 3D models that represent the actual state, including ground surfaces, walls, doors and windows, columns, beams and pillars, roofs, or even pipe installations in commercial and industrial buildings. Our service allows you to start the BIM process with minimal effort, providing greater security and transparency.

Construction

Earthworks

We offer fast and accurate volume calculations for scanned embankments or excavations within construction or civil engineering projects. We create precise terrain models and topographic maps for your civil engineering projects.

Interior Finishing

We provide services for measuring actual deformations in complex situations, such as roof structures, elevator shafts, or interiors of historical buildings. We bypass outdated documentation to help you plan drywall, carpentry, or staircases in building repurposing projects. We validate your designs for prefabricated construction modules, ensuring they fit perfectly into existing conditions without the need for additional work.

Construction Systems

Rely on our unmatched solution for as-built documentation for facilities and MEP systems, including pipelines or HVAC systems. We use system element inventory documentation to create a bill of materials, and we also perform high-precision measurements for connection points and clearances for SKID assemblies or other modular exchanges.

Structures

We offer accurate and complete field documentation for construction structures made of wood, steel, or concrete, including roofs, beam systems, columns, and pillars. We help you extract as-built models for precise structural calculations and analyses.

Industry

CAD data extraction

We offer surface extraction and export services into common CAD exchange formats (DXF, STEP, IGES), allowing you to convert point clouds into CAD models. These models can be used in your familiar CAD systems as an accurate representation of the actual site conditions.

Design validation

We provide the capability to virtually overlay your design with the actual site conditions to verify if it meets clearance requirements or if design adjustments are needed to avoid collisions. Our tools for automatic surface deviation analysis and clash/clearance detection significantly reduce the time required for these processes.

Precision measurement

We offer precision measurement services with millimeter-level accuracy. We measure distances, areas, volumes, clearances, and high-precision connection points to ensure that your designs achieve the highest level of quality.

3D Modeling of process systems

By applying laser technology and point cloud data, we have enhanced our key role in engineering, paving the way for a much more efficient and accurate realization of 3D models in the industry.

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Questions? Answers.

3D laser scanning is a technology that uses laser beams to precisely and thoroughly capture the dimensions and shapes of objects. This technology enables the creation of accurate digital models that are used in various industries for design, analysis, restoration, and documentation of objects.

3D laser scanners operate by emitting laser beams toward the object being scanned. When the laser beams reflect off the surface of the object, the scanner records the time it takes for the beams to return. Based on this data, the scanner calculates precise distances and creates a three-dimensional digital image of the object. This process allows for accurate and detailed capture of dimensions and shapes, making it valuable for various applications in industry, construction, architecture, and restoration.

The data collected by 3D laser scanners are extremely accurate and precise. For example, the Faro Premium 70 laser allows for precise scanning with an accuracy of up to 1mm, making it ideal for projects where details are crucial. The scanning speed depends on the scanner model. The Faro Premium 70 can collect data at a rate of up to 2,000,000 points per second, enabling quick and efficient capture of large surfaces and objects.

3D laser scanners offer much greater precision and speed compared to traditional measurement methods. They allow for the collection of accurate data without physical contact with the object, reducing the possibility of errors and enabling faster project completion.

In construction, 3D laser scanners are used for measuring and documenting existing structures, monitoring construction progress, quality control, planning renovations and adaptations, as well as creating digital models for BIM (Building Information Modeling).

In architecture, 3D laser scanning is used for detailed recording and documentation of existing buildings, creating precise digital models for design and renovation, as well as for space analysis and planning. This technology allows architects to visualize projects in real-time, identify potential issues, and make informed decisions.

In mechanical engineering, 3D laser scanning is used for measurement and quality control of components, reverse engineering, and analysis of wear and damage to machine parts. This technology enables precise capture of the geometry of complex parts, facilitating their redesign and performance improvement.

In engineering, 3D laser scanning is used to create accurate digital models of infrastructure, analyze deformations and movements, plan and simulate projects, as well as inspect and maintain existing structures. This technology enables engineers to collect precise data and make decisions based on detailed analyses, thereby improving the safety and efficiency of projects.

Most modern 3D laser scanners are designed to work in various weather conditions, but extreme conditions such as strong wind, rain, or snow can affect scanning accuracy. In such cases, it is recommended to operate in sheltered conditions or to adjust the equipment accordingly.

We operate in the territory of Serbia, and by agreement, in other parts of Europe as well.