It becomes so much easier when the object can be captured, analyzed, and modified digitally by using a 3D model scanner. It saves much precious time because it has high precision data, which reduces manual measurement and thus minimizes the number of human errors. For instance, the Revopoint POP 2 costs about $699, can scan at a resolution of 0.1 mm and at a speed of 8 frames per second, which allows users to scan small and medium-sized objects really fast. The efficiency helps the professionals, such as product designers, reduce the timeline for projects and to focus on more creative aspects of their work.
Within manufacturing industries where prototyping is vital, 3D model scanners can bring the cycle time down significantly. Companies in Deloitte utilizing 3D scanning in design can reduce the process of transitioning from concept to prototype as much as 50% of the total time spent. A good example of such improvement is the EinScan HX scanner, which merges laser and structured light scanning technologies for highly accurate data at a speed of up to 1,000,000 points per second. It allows for fast capturing of detailed 3D models, hence accelerating the process of working on design iterations with minimal involvement of expensive physical prototypes.
3D model scanners can heighten efficiency for companies operating in the architectural and building construction sectors by minimizing human errors. One such case study by FARO Technologies included the use of architects who recorded with a laser 3D scanner the complex details on the facade of a building. What would have been a laborious process in collecting data by hand and with drafting took only some days using a scanner. The team was also able to make highly accurate digital models using this swift collection, afterward doing renovation planning at very accurate dimensions.
The 3D model scanner can also improve the collaboration between teams by providing a platform where digital data can be shared. For example, reverse engineering teams can take 3D models from the scanners and use them to modify existing parts or design new components. Companies such as Creaform claim that using 3D scanning technology improves communication between the design and manufacturing teams because it leads to fewer revisions and quicker product development. A quite popular and accurate Creaform HandySCAN 3D with an accuracy of 0.025 mm is used in scanning and analyzing complex aerospace parts in order to ensure that fitting parts together during assembly is done with great preciseness.
As Elon Musk once put it, “Failure is an option here. If things are not failing, you are not innovating enough.” Precisely, innovation gets fostered with the help of 3D scanning technology as one can implement and try out the new ideas at a much rapid pace. Business organizations instead of relying on the traditional method can exploit the 3D models to try out various design versions in order to save materials as well as reduce labor costs.
To learn more about how a 3D model scanner can improve your workflow, visit 3d model scanner.