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3D scanning
The 3D SCANNING service was created to offer our clients a fast, convenient and affordable way to capture (scan) any objects into a ready-made 3D model!
3D scanning technology allows us to scan an object and gradually build its 3D model in the computer, instead of creating it from scratch through 3D modeling.
For objects with many small details, this service offers significantly greater precision in recreating the 3D model compared to the original modeling, and is also significantly faster.
3D scanning technology allows us to scan an object and gradually build its 3D model in the computer, instead of creating it from scratch through 3D modeling.
For objects with many small details, this service offers significantly greater precision in recreating the 3D model compared to the original modeling, and is also significantly faster.
What is 3D scanning technology?
Scanning allows us to accurately capture complex designs that would otherwise be difficult to reproduce from scratch.
Seal and print your favorite memories!
Don’t have a ready-made STL file?
Bring us your favorite item and we will scan, model, and print it for you!
Seal and print your favorite memories!
Don’t have a ready-made STL file?
Bring us your favorite item and we will scan, model, and print it for you!
3D modeling technologies
For successful 3D modeling, technology or software proves to be an indispensable part. It is crucial for designing and modeling basic three-dimensional models, objects or even characters.
The necessary realistic details in 3D objects are achieved through the use of specialized programs or software such as: AutoCAD, ZBrush, 3DS Max.
The necessary realistic details in 3D objects are achieved through the use of specialized programs or software such as: AutoCAD, ZBrush, 3DS Max.
3D modeling
Modeling methods
In 3D computer graphics, polygonal modeling is an approach to modeling objects by representing or approximating their surfaces using polygonal meshes. This modeling is well suited for Rendering. The basic object used in mesh modeling is the vertex, which is a point in three-dimensional space.
Although models are built manually, in a large percentage of cases, specialists use specialized tools. They are divided into two main modeling methods – Box Modeling and Extrusion Modeling.
Box Modeling uses the ability to divide faces and edges into surfaces by creating new vertices.
Extrusion Modeling, on the other hand, is used to extrude a 3D shape by extracting outlines from a 2D object, photo, or drawing. The procedure is repeated from different angles.
Although models are built manually, in a large percentage of cases, specialists use specialized tools. They are divided into two main modeling methods – Box Modeling and Extrusion Modeling.
Box Modeling uses the ability to divide faces and edges into surfaces by creating new vertices.
Extrusion Modeling, on the other hand, is used to extrude a 3D shape by extracting outlines from a 2D object, photo, or drawing. The procedure is repeated from different angles.
Why 3DBGPRINT ?
The development of 3D technologies and 3D printing encouraged us to realize our idea and create 3DBGPRINT
The trademark was created back in 2013, and we can boldly claim that we were one of the first to introduce the Bulgarian market to innovative technologies in the field. The main goal of the company is to introduce the Bulgarian market to innovative technologies in the field of 3D technologies. “3DBGPRINT” is an official representative of leading manufacturers of 3D printers and materials.
We have our own training base in 3D technologies and our own 3DLAB for the production of parts using various technologies (FDM, SLA, SLS)
We are the first Bulgarian company to have printed and implanted one of the best 3D printed implants into the human body – a 3D printed rib.
The huge investment we have made in our machines means that you get high quality, accurate and incredibly strong prototypes and small batch production parts time and time again.
The trademark was created back in 2013, and we can boldly claim that we were one of the first to introduce the Bulgarian market to innovative technologies in the field. The main goal of the company is to introduce the Bulgarian market to innovative technologies in the field of 3D technologies. “3DBGPRINT” is an official representative of leading manufacturers of 3D printers and materials.
We have our own training base in 3D technologies and our own 3DLAB for the production of parts using various technologies (FDM, SLA, SLS)
We are the first Bulgarian company to have printed and implanted one of the best 3D printed implants into the human body – a 3D printed rib.
The huge investment we have made in our machines means that you get high quality, accurate and incredibly strong prototypes and small batch production parts time and time again.
Privacy in 3D SCANNING?
In the prototype and small series business, we understand that confidentiality can be very important. Rest assured that from the moment of first contact, we guarantee your confidentiality and sign an NDA confidentiality agreement.
Regardless, if you have your own NDA that you would like us to sign, no problem!
Send it to us and we will be happy to do it.
Regardless, if you have your own NDA that you would like us to sign, no problem!
Send it to us and we will be happy to do it.
How does the 3D scanning service work?
3D scanning – the process of capturing the physical shape and dimensions of an object in order to create a digital 3D model.
The technology works by using one of several methods to collect data about the geometry of an object’s surface.
The technology works by using one of several methods to collect data about the geometry of an object’s surface.
Types of 3D scanning technologies
One of the 3D scanning technologies is stereolithography, which uses a laser to solidify layers of a special material while creating a 3D model.
Another technology is structural light scanning, which uses light beams to create a 3D model of the object.
In addition to the scanning technology itself, 3D scanning also relies on software to process and manipulate the collected data. This software can be used to clean up the data, align multiple scans of the same object, and create the final 3D model.
In terms of hardware, 3D scanning can be performed using a variety of devices, from handheld scanners to large stationary scanners. Handheld scanners are portable and easy to use, but may not be as accurate. Stationary scanners are more accurate, but are usually more expensive and require dedicated space to use.
Another technology is structural light scanning, which uses light beams to create a 3D model of the object.
In addition to the scanning technology itself, 3D scanning also relies on software to process and manipulate the collected data. This software can be used to clean up the data, align multiple scans of the same object, and create the final 3D model.
In terms of hardware, 3D scanning can be performed using a variety of devices, from handheld scanners to large stationary scanners. Handheld scanners are portable and easy to use, but may not be as accurate. Stationary scanners are more accurate, but are usually more expensive and require dedicated space to use.
Benefits of 3D scanning service
3D scanning can help to quickly and efficiently detect defects or problems on objects. This can be of particular benefit to manufacturing companies that want to ensure high quality of their products.\
In the medical field, 3D scanning can be used to create accurate models of patients’ body parts. This can help in better planning of surgeries and for better treatment of diseases. In addition, 3D scanning can also be used in the entertainment industry, to create animations and video games with high-quality graphics.
The technology allows for more accurate and precise work, as well as faster and more efficient problem detection.
It has numerous applications in various industries and continues to develop and improve.
Overall, 3D scanning technology is a powerful tool for creating accurate 3D models of physical objects. As specialists in the field, count on competent consultation for each of your projects.
In the medical field, 3D scanning can be used to create accurate models of patients’ body parts. This can help in better planning of surgeries and for better treatment of diseases. In addition, 3D scanning can also be used in the entertainment industry, to create animations and video games with high-quality graphics.
The technology allows for more accurate and precise work, as well as faster and more efficient problem detection.
It has numerous applications in various industries and continues to develop and improve.
Overall, 3D scanning technology is a powerful tool for creating accurate 3D models of physical objects. As specialists in the field, count on competent consultation for each of your projects.
