Robust Applications of 3D Scanning That Drive Productivity

With ongoing Industry 4.0 disruption, businesses seek more robust technological advancements that simplify complex tasks and drive productivity. Among several technologies, 3D scanning technology is the most advanced innovation helping companies in a multi-faceted manner.

From automotive to education and art restoration & preservation, the applications of 3d scanning are widespread and highly accurate. Compared to the manual scanning process, 3d scanning offers a faster turnaround time along with superior precision. On this note, let's explore robust applications of this technology that is simplifying various intricate activities.

What is 3d scanning?

3d scanning is a precise technology for creating highly accurate and accurate 3d models of real-world objects. In this process, when engineers scan an object, thousands of laser dots are projected that captures accurate surface information for preparing a 3d model. Then, using tools like CAD, designers create a three-dimensional copy of the object that helps engineers view it from multiple angles. 

3d scanning solution in education

3d scanning is becoming an essential element of classrooms to help students understand structures in an informative way. With 3d scanning, teachers can scan an object and convert it into a 3d model for students. Even with limited CAD skills, educators can transform the text into interactive 3d models that are easy to understand and explore.

With advanced technologies like 3d printing and scanning, students can go into deep analysis of 3d design that is impossible with textbooks or other digital mediums. Be it exploring STEM subjects with in-depth details or studying historical figures, 3d scanning eases the way to access more information. In the upcoming time, we will explore more applications of this technology in upgrading the curriculum.

Industrial advancement

From automotive to manufacturing and construction — 3d scan service is capable of streamlining complex analysis works across multiple industries. For example, engineers can scan a damaged spare part with this advancement to create a replica in a shorter turnaround time.

Earlier, engineers had to rely on manual analysis or a 3D model to re-design and manufacture a part. Both processes, especially manual analysis, are more time-consuming and prone to error. For overcoming this challenge, 3d printing applications help engineers speed up the analysis process and improve accuracy. The best part about 3d scanning is less human intervention and the possibility of errors in the complete process.

Healthcare industry

3D scan technology is doing wonders in the healthcare industry by streamlining prosthetics production. 3d scanners let manufacturers produce personalized prosthetic limbs with higher accuracy. Compared to the traditional method, prosthetics made using 3d scanning are more precise and comfortable.

As doctors have accurate data about a patient, it improves the decision-making ability and surgical success regardless of the complexity. In addition, with 3d scanning, the overall turnaround time of manufacturing a personalized prosthetic is significantly lower. Along with this, doctors also use 3d scanning to study body parts before performing a surgical procedure.

Art and design

3d scanning and reverse engineering open doors to endless opportunities in the art and design domain. An artist can quickly turn its idea into a beautiful reality and also preserve it forever. Be it creating a sculpture or plotting a unique visual effect in a movie, this technology can make the art more vivid and realistic.

The entertainment industry is leveraging this technology to prepare realistic 3d models, miniatures for animation, and more to upgrade the overall content quality.

3d scanning plays a vital role in creating full-body statues with exact details and facial expressions. Using a 3d scanner, designers can scan a body within a few minutes and draft a 3d model in a fraction of time compared to the manual process.

Rapid prototyping

With the combination of 3d scanning and 3d printing, engineers now have the advantage of prototyping a design in a shorter turnaround time. Compared to traditional processes that require days and even weeks to create a prototype, 3d scanning can complete the same job within hours.

Engineers only need to scan the real-world object and prepare a model using 3D CAD modeling. Once the prototype model is ready, engineers can perform various durability tests and create a physical prototype with higher accuracy.