What is 3D Scanning? How is it done?
3D modeling of objects on a computer is both a hard work and a time consuming task. With the development of 3D production technologies, 3D scanning was needed and objects or persons could be transferred to the computer environment in a short time and in detail with optical 3D scanners instead of 3D modeling.
In Novatek 3D, we digitize a part or model with 3D scanning devices and transfer it to digital format in different formats, so that we can intercept the part. We can make corrections on the digitized model and add new forms to the model when necessary.
Thanks to highly precise 3D scanning technology, we are able to transfer all details of scanned objects seamlessly to a computer environment, as we can in a very short time with 3D scanning.
There are many areas where 3D scanning is commonly used. Image processing capacity is increasingly used in many areas such as emerging 3D scanning technologies, medical and industrial, with the increasing production of computers. While medical specialties are made with the help of 3D Scanners, automotive companies that are producing in series receive help from 3D Scanners in quality control of their parts.
How 3D Scanner Works
During the scan, a light ball is sent to the object and the general lines of the object are identified. In the point clouds, the object to be scanned is filled in and out, and the object is transferred to the computer environment. There may be differences between the digitized object and the actual object, which may arise from the indentations and protrusions of the object, as well as from the brightness of the outer surface or from the object being dirty. Since the volume of objects with large surfaces is large, the error rate can also increase. With Novatek 3D, structured ligtht technology we use in 3D scanning devices, these errors are minimized.
The reality is digitized with an extraordinary precision.
Novatek 3D ile nesneleri inanılmaz bir hızda 3D olarak modelleyerek 3D CAD programlarına uyumlu dosyalara dönüştürüyoruz. Artan endüstri ihtiyaçlarına en iyi çözümleri bulmak adına 3D tarama tekniklerine verdiğimiz önem sayesinde, mühendislik uygulamalarından imalat proseslerine kadar her türlü ürün geliştirme faaliyetini kusursuz olarak hizmetinize sunuyoruz. Hassas ve hızlı çalışan teknolojimiz ile, yapılar dahil tüm alan taranarak CAD modelleri oluşturabiliyoruz.
Uses of 3D Scanning Technology
- Remediation and remanufacturing of defects in products
- Dimensional controls
- If a product that is no longer produced or is not available is needed, the product can be reproduced
- Loss of main file of product
- The necessity of reproduction of some properties of the product
- Examination of all the properties of the products of the competitor firm
- Discovery of new features to improve product performance
- Develop new techniques against competitive products
- Reproduction of products with high production costs at more reasonable prices
- The fact that CAD models are not compatible with current manufacturing techniques and the necessity of updating
- Taking measurements of good properties of the product depending on long-term use
- We are trying to keep customer satisfaction at the highest level by using 3D scanning techniques in many cases such as old products can not be produced with new technologies due to changing techniques but this is the demand.
3D modeling of objects on a computer is both a hard work and a time consuming task. With the development of 3D production technologies, 3D scanning was needed and objects or persons could be transferred to the computer environment in a short time and in detail with optical 3D scanners instead of 3D modeling.
In Novatek 3D, we digitize a part or model with 3D scanning devices and transfer it to digital format in different formats, so that we can intercept the part. We can make corrections on the digitized model and add new forms to the model when necessary.
Thanks to highly precise 3D scanning technology, we are able to transfer all details of scanned objects seamlessly to a computer environment, as we can in a very short time with 3D scanning.
There are many areas where 3D scanning is commonly used. Image processing capacity is increasingly used in many areas such as emerging 3D scanning technologies, medical and industrial, with the increasing production of computers. While medical specialties are made with the help of 3D Scanners, automotive companies that are producing in series receive help from 3D Scanners in quality control of their parts.
How 3D Scanner Works?
During the scan, a light ball is sent to the object and the general lines of the object are identified. In the point clouds, the object to be scanned is filled in and out, and the object is transferred to the computer environment. There may be differences between the digitized object and the actual object, which may arise from the indentations and protrusions of the object, as well as from the brightness of the outer surface or from the object being dirty. Since the volume of objects with large surfaces is large, the error rate can also increase. With Novatek 3D, structured ligtht technology we use in 3D scanning devices, these errors are minimized.
The reality is digitized with an extraordinary precision.
With Novatek 3D, we model objects in 3D at incredible speed, transforming them into compatible files for 3D CAD programs. Thanks to the importance we give to 3D scanning techniques to find the best solutions for increasing industry needs, we offer every product development activity from engineering applications to manufacturing processes to your service. With our sensitive and fast working technology, we can create CAD models by scanning the entire area including constructions.
Uses of 3D Scanning Technology
- Remediation and remanufacturing of defects in products
- Dimensional controls
- If a product that is no longer produced or is not available is needed, the product can be reproduced
- Missing or missing main file of product
- The necessity of reproduction of some properties of the product
- Examination of all the properties of the products of the competitor firm
- Discovery of new features to improve product performance
- Develop new techniques against competitive products
- Reproduction of products with high production costs at more reasonable prices
- The necessity of CAD models to be in accordance with current manufacturing techniques and to be updated
- Taking measurements of good properties of the product depending on long-term use
- We are trying to keep customer satisfaction at the highest level by using 3D scanning techniques in many cases such as old products can not be produced with new technologies due to changing techniques but this is the demand.
