3d scanning

3D travel!
Let’s get digital!

new horizons await those who dare!

At Cyberscanning, our team is committed to provide you with the best 3D scanning services. Our experts deliver the highest quality results tailored to the unique needs of your project. We work closely with you to fully understand your goals and provide customized solutions that meet your specific requirements.

 

as never before,
the age of information has met the age of speed.

The processing capacity of new technologies and equipment is supported by the possibility of obtaining highly accurate and detailed information about the world around us.

 

3d SCANNING

Architecture

Architectural scanning services consist of field data capture, processing and generation of the scanned 3D model and post-processing. The final result can be used in design softwares (ArchiCAD, Revit, Sketchup, etc.).

greater accuracy and efficiency

With 3D scanning services, we can capture highly detailed and accurate data in a fraction of the time required by standard measurement methods, ultimately saving time and money.

improved design and modelling capabilities

By generating 3D models with the scanned data, architects can create highly detailed and accurate designs that take into account the specific characteristics of complex challenges.

improved preservation and restoration of historic buildings

3D scanning services are particularly useful for the conservation and restoration of historic buildings, as they allow highly accurate and detailed mapping of complex architectural elements such as facades, decorative elements and artistic components.

3d SCANNING

Terrains

Recent developments in digital scanning make the digitization process fast, accurate and fascinating. Through our company, with the help of the technology we have in a specialized studio, we can digitize objects of any size. For large items, scanning will take place at the customer’s location. Thus, by using photogrammetry and laser scanning, we can generate detailed 3D models of physical objects, which can later be used in various fields.

efficiency and reduced time

Standard methods of making topographical surveys can be complex and time-consuming. With 3D scanning, we can generate highly detailed 3D models in a much shorter time, making the process more efficient.

improved planning capabilities

Our 3D models and orthophotoplans enable better urban planning, architectural studies, construction site monitoring and agricultural land analysis.

high level of detail

Our 3D scanning technology can generate digital terrain elevation models (DEMs) with a very high level of detail, which is crucial in fields such as agriculture and landscape studies, where precise measurements and analysis are required.

3d SCANNING

Objects

Recent developments in digital scanning make the digitization process fast, accurate and fascinating. Through our company, with the help of the technology we have in a specialized studio, we can digitize objects of any size. For large items, scanning will take place at the customer’s location. Thus, by using photogrammetry and laser scanning, we can generate detailed 3D models of physical objects, which can later be used in various fields.

fast and accurate digitization

With the help of our specialized studio and technology, we can quickly digitize objects of any size, providing an accurate 3D model.

restoration of objects

Photogrammetry helps us generate detailed 3D models of physical objects that can be used for restoration projects.

reverse engeneering

Photogrammetry can help you remodel complex objects to their true scale with accurate detail and dimensions, making the process much easier and faster.

3d virtual tours

3D virtal tours are the future! Worldwide audience can visit your art gallery, museum or exhibition. We are using top of the line technology to ensure the results are as accurate as possible. Show off your works in a new and dynamic way, make it accessible for a wider range of visitors and capture the moment in time. In this way you can keep digital recors of past exhibitions, easily plan the next ones and put on display even the most fragile works of art with zero risks.

visit our virtual tours!

Mihai Eminescu National Teather
of Timisoara

Art Tech Fusion Art Exhibition
at Nemesis Art Club

Roman-Catholic Churc of Elisabetin
from Timisoara

our technology

3D scanning can be done using several methods, such as laser scanning, photogrammetry, or motion sensor scanning. Each method has its advantages and disadvantages, but choosing the most suitable one depends on the specific application and the end goal of the project.

Our experts combine the photogrammetry and laser scanning technologies using the advantages from both to create 3D models of high fidelity with the reality. We are making sure you are getting a model that you can use as you need and that has all the information it requires, regardless of its texture and geometry, within the bounds of the technological limitations.

We are using specialized equipment and software to offer the quality results that you are looking for. Here we talk about the Trimble X7 terrestrial laser scanner, hand scanner, drones, cameras, photo studio with a turntable, lights and backdrops, wind-up and softwares for data processing, photo editing, 3D modeling and 3D rendering. All of these combined with the knowledge of our experts guarantee the quality results that you are expecting.

3d SCANNING

Photogrammetry

Every project has its particularities and it is our job to make sure you are getting the best results.

Photogrammetry is the science and technology of obtaining reliable information about physical objects and the environment through the process of recording, measuring and interpreting photographic images.

The results are very accurate in terms of textures and colors and it can also gather information about the geometry of small details. The objects created with photogrammetry reflect the reality of an object and are often used for further studies, creating 3D assets for gaming, virtual reality, restoration, digital sculpting, 3D printing and reverse engineering.

3d SCANNING

Laser scanning

3D laser scanning offers high precision and a very advanced level of detail, allowing the creation of 3D models with high fidelity to the original object. This can be particularly useful when you want to accurately reproduce an existing object or structure, but also when you want to create a 3D model of an object or structure that cannot be quickly recreated with conventional 3D modeling methods

This technology can be used to scan all sorts of objects and it gathers accurate information especially about the geometry and scale of objects.

The 3D models resulting from laser scanning have a low rate of millimetric errors no matter the size of the object. The results are usually used for further studies, planning, remodeling and restoration.

3D SCANNING FOR
PRESERVATION

Non-contact 3D scanners such as structured light systems are perfect for generating delicate buildings, artifacts, and fossils in digital 3D form. Thus, by using the equipment at our disposal, such as 3D scanners, cameras, and the photogrammetry study for small objects, we can easily capture objects of any size without damaging or distorting them. In this way, we can preserve these valuable and fragile objects for the study and appreciation of future generations.

3D SCANNING FOR
PRODUCT DESIGN

3D scanning can be a useful tool for product design. This type of technology allows designers to capture the exact shape and dimensions of an object in digital form, which can facilitate the process of product design and development. Photogrammetry and 3D scanning are also currently used for reverse-engineering procedures in the industrial and other fields.

Shaping the future

3D scanning is an essential tool because it provides the ability to capture the exact shape and dimensions of an object in digital form. Photogrammetry and 3D scanning are essential and state-of-the-art tools that have established themselves as the international standard over the last 10 years, as they allow capturing the exact shape and dimensions of objects in digital form regardless of their size and complexity. This can be useful in many fields such as product design, conservation of immovable cultural heritage, architecture, land studies, engineering, and many others.