Direct Dimensions launches automated 3D scanning system - Engineering.com

Industry News

The new system enables companies to automate digital twin integration.

Direct Dimensions has launched the Part Automated Scanning System (PASS). This 3D scanning solution was designed to revolutionize how industries digitize physical objects, by offering unprecedented speed and accuracy. At the touch of a button, PASS can scan an object in approximately two minutes, eliminating the need for manual part flipping, scanner repositioning, or complex software manipulation. This efficiency makes it cost-effective to digitize large collections of objects in a reasonable timeframe, without requiring highly trained technicians.

Key features of PASS:

Functional specifications:

Physical specifications:

The versatility of PASS extends across various industries. For example, museum curators can digitize entire collections, making artifacts accessible to researchers and the public worldwide. Manufacturers can create accurate digital twins of components for quality assurance and inventory management. E-commerce platforms can provide customers with interactive 3D models of products, enhancing the online shopping experience.

Direct Dimensions has already seen successful implementations of PASS in several sectors. In one instance, a defense contractor utilized PASS to digitize maintenance parts, streamlining their supply chain management and reducing downtime. In another case, a cultural institution employed PASS to create virtual galleries, allowing global audiences to explore their exhibits remotely.

In addition to developing innovative solutions like PASS, Direct Dimensions is a reseller of 3D scanning products, including those from manufacturers such as Artec 3D and Faro. The company’s dedicated R&D department also continues to design and build custom scanning solutions tailored to unique industry needs, ensuring that clients have access to the best possible solution to solve their 3D problems.

For more information, visit dirdim.com.