How 3D Scanning Benefits High Value Manufacturing

Posted by johnpreston on September 26th, 2016

3D scan measurement systems are now being implemented in a variety of industries, and this is understandable when you realize what they can do. Originally seen as nothing more than as a novelty, 3D scanning has become more affordable and practical for various aspects of manufacturing.

3D Scanning Solution Applications

The most obvious benefit of 3D scanning is during the development phase in manufacturing as it cuts down on the amount of material used. It also leads to a reduction in time and money spent on measuring and re-measuring, increasing productivity while cutting back costs.

This technology can be applied in any number of fields, including but not limited to surveying, design, prototype manufacturing and others where measurement and cost efficient are of paramount importance. To put it another way, 3D scanning offers companies a way to better generate parts: since the components are always accurately measured, they fit better, with less prototypes required to attain the desired requirements.

Cost Efficient Operations

Companies that emphasize high-value manufacturing invest in these scanning solutions because they are cost effective, cutting expenses by as much as 75%. At the same time it allows the workforce to increase proficiency as the process is streamlined. A typical manufacturing process involves the creation of foam or clay objects for conceptualization purposes. This is time consuming and tedious, but by using a 3D scanning system you can digitize the process.

This allows you to render the object, eliminating the need to physically create it, and it is easier to make modifications. What makes a 3D scan even more attractive is you can combine it with other processes. A common application is to recreate an existing physical object and using for a CAD design.

In certain manufacturing processes it is necessary to work with existing objects and incorporate them into the project. In these instances you can scan those components and make adjustments to ensure they fit. This process, known as reverse engineering, has been around for a while, but with 3D scanning it is easier to use.

Conclusion

The importance of critical parts measurement has grown as customers have become more demanding and competition tighter. As such the use of 3D scanning systems has become a necessity in many industries. The cost of acquiring these systems has gone down, and with their versatility it simplifies what would be complicated tasks.

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