3D scanning

Transfer of the form of a physical object to electronic form.

Perhaps you urgently need to find some item that is absent in modern production or that you have in a single copy. Modern 3D scanning technologies allow you to create a solid model of an object both in STL format and suitable for editing in CAD. The solution to this situation is 3D scanning.

3D scanning is a non-contact technology that digitally captures the shape of physical objects using laser lines.
A so-called "point cloud" of data from the surface of an object is created, the exact size and shape of a physical object is recorded in a computer form as a digital three-dimensional representation.

At the same time, both small parts and products are measured, as well as cars and even entire architectural structures.

The specific cost of each is scanned individually and depends on the technology, scanning accuracy, the size of the object and the need for our specialists to leave.

Range Vision Spectrum

Equipped with industrial cameras with 3,1 mpx resolution. The customizable work area allows the Spectrum to be used for both jewelry scanning and car digitizing.



Point cloud

Spectrum is equipped with two industrial-grade 3,1 mpx cameras. Combined with advanced algorithms for collecting geometry information, it provides an accuracy of up to 0,07 in the minimum scan area.

Reading complex shapes

The presence of two industrial cameras facilitate the process of capturing the geometry of the object and make the data processing more stable. Therefore RangeVision is perfect for digitizing surfaces of complex objects.

Rendered types of work:

Point cloud

A physical object into a polygonal surface from many points.

Reverse engineering

Converting a point cloud to a three-dimensional model in STP, STEP, DXF, IGS format.

Dimension control

Checking deviations by superimposing two or more surfaces.

Reverse engineering

reverse engineering

Reverse engineering is a unique technique that allows you to fully understand and recreate the internal structure and functionality of an object through reverse analysis and reverse engineering.

The reverse engineering process is a key step in our reverse engineering work. It allows us to recreate a detailed and accurate CAD model of an object based on the data obtained from a 3D scan. We guarantee a professional approach to each project, and strictly observe the confidentiality and security of your data and intellectual property.

If you need help with reverse engineering and reverse engineering, contact us today and our team will be happy to help you achieve your goals.


Reverse engineering example

To ensure a quality result, we use specialized software when carrying out reverse engineering work.

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3D scanning allows you to create an accurate and detailed CAD model that completely repeats the shape and features of the product. We pay special attention to details and 3D models to match requirements for use on CNC machines.

Manufacturing considerations: In the reverse engineering process, we take into account the manufacturing and fabrication of the object. We analyze the structure, materials, technical solutions and production process requirements to create the optimal solution in the CAD model.

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In the process of reverse engineering, we take into account the peculiarities of manufacturing and strive to create optimal solutions. Our team meticulously analyzes and studies every aspect of the product to ensure the highest quality and accuracy of the reproduction.

Creation of a CAD model: Based on the processed data, the creation of a CAD model begins, which fully reproduces the shape and features of the object. Our experienced engineers use professional CAD programs to accurately model and add the necessary details.

How to place an order for the creation of a 3D model?

Mail for applications: 3dprint@studia3d.com
When creating a technical task, use the hint. Fill out the terms of reference template and attach the required materials.

In the terms of reference, you must specify all the necessary requirements, file formats of the 3D model and the name of the design program. If available, be sure to attach images and technical documentation for the project. Specify the operating conditions for the project and the procedure for using models.

Do not ignore the completion of the terms of reference. The more accurately and in more detail you describe the need, the less time we will have to spend on calculating the cost of creating a model.

terms of reference template Contacts

An example of preparing a 3D model for 3D printing

The model has been divided into several component segments to fit within the build area of ​​the 3D printers. After printing, the segments were assembled. More...

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