3D scanning can be used in a large variety of application settings. But what about the automotive industry?

Well, you're in luck, because 3D scanning is certainly capable of many things. And the automotive industry can make great use of the capabilities provided by it. 

In this article, we will cover everything you need to know about 3D scanning in the automotive industry to make an educated decision upon whether or not you would like to make use of it.

So if you're interested in learning more, simply keep reading.

 

What Is 3D Scanning?

3D laser scanning is a non-invasive and remote (potentially handheld) technology that can digitally capture the geometrical shapes of physical objects using laser light. 3D scanning is done via interpretation of points from the surface of an object, and then inferences into a collection of clouds, which make up the greater picture in digital format.

3D laser scanning is a way to capture the exact size of an object and have full-scale access to the dimensions, shape, and data in a digital setting as a 3-dimensional representation.

Laser scanners capture fine details and measure free-form shapes to generate very accurate point clouds. It's suited for inspection and measurement of contour and complex geometries, which require lots of data fro accurate representation. As well as situations in which it is impractical to use a touch probe or traditional measurements.

 

3D Scanning for the Automotive Industry

The automotive industry has been on the rise for many decades. With more people driving than ever before, car manufacturers are constantly shifting their range of products to suit all needs. Some companies have expanded their vehicles into other types, such as buses, lorries, and motorcycles. As more models are developed, the manufactures process has to evolve. 

Today, the flexible production of several models allows manufacturers to meet the rapturous demands of the general public. 3D scanning is a revolution in itself. Metrology equipment helps digitalize the production process to allow development to happen all around the world.

Metrology specialists have used scanners to create 3-dimensional live images of operation facilities. These images can be used to visualize production processes for all models of cars. 

This method refines and updates production plans, which is a very advantage over past methods of polystyrene models that would be used to identify obstacles. Another benefit of 3D scanning is the ability to measure difficult locations, such as tunnels that are used for drying paintwork.

 

Improvements in the process allow construction to be replicated globally, allowing factories to produce more than a signal type of car in their facility. The use of scanners not only allows accurate measurement but also contributes to the future of the automated process. 

3D scanning can also be used for design rendering, engineering accuracy, and restoration processes. It's not limited to manufacturers, and enthusiasts and body shops can make use of 3D scanning to perform their work better and faster.

 

Rendering Design

When you take a car prototype from design to manufacturing, each millimeter of the surface is important. To meet the current demands for function, even the smallest error can cost lots of money, as well as brand reputation.

Don't let inaccuracy hold you back from engineering, designing, and manufacturing your next vehicle. Make use of elite 3D scanning services to overcome this issue.

Vehicle design is the joint of technicality and creativity. From the aesthetic curves to the tuned aerodynamics of the body, each millimeter is critical. That's why 3D scanners must be used to enhance vehicle design, which reduces production time and manufacturing errors.

Get reliable and accurate data renderings, don't opt-out of this possibility.

 

Accurate Engineering

Tool building is important when it comes to producing the best possible vehicle. If you want to digitize your castings, reduce spring back analysis, minimize iteration quantity, and develop tools from scanned data, you need to have a 3D laser scanner. 

It's time that you make use of a handheld 3D scanner that will help you with inspecting, testing, and finalizing your engineering. Why not speed up the process while reaching better accuracy?

All of this is possible with 3D scanning.

 

Restoration & Manufacturing

Moving into production, time is great. Engineering and design are put through real-life testing. Complete 3D scans can help detect potential errors that other technologies have most probably missed. 

3D scanning data can help you create color maps that will asst you in comparing the designed and manufacturer parts. Finally, the remaining manufacturing and pilot production can entirely depend on 3D scanning to inspect, test, and modify the outcome as you see fit. This is all done without taking your work back to the first steps. You don't need to move back to move forward.

If you restore classic cars or offer body repair to your clients, it can be very beneficial to have 3D scanning. This way, you can make use of the 3D version of the car and the parts that you will be installing.

The reliability and accuracy of the data can help speed things up, decrease the capacity for error, and improve overall accuracy.

 

3D Scanners for You

Now that you how 3D scanning can help the automotive industry. You are well on your way to determine if it's worth the investment for you. If you perform any type of serious work with vehicles, 3D scanning is a no-brainer. 

If you're interested in finding the best possible 3D scanner for your needs, get in touch this us, and we will happily accommodate your needs.