Move quality inspection to the source: reducing you time and money; greatly improving first-pass yield

We give parts a digital identity and connect with IoT machine data to certify parts during the manufacturing process. Whether it be additive manufacturing or machining, the data generated during the manufacturing and quality inspection processes is stored against the 'Part Birth Certificate'. This is the start of the Logistical Digital Twin (LDT).


It all begins with the creation of the part batch/serial number's digital identity on the enspan platform - creating the Part Birth Certificate. Thereafter, every event that happens to the part is created as a logistical event on a chronological timeline - the LDT. The part is now 'live' and it and its data can be accessed by authorized parties. This is the beginning of the sharing process with the end customer.

In-Process Manufacturing

As the part is being manufactured, critical data from the machine is passed via IoT to enspan's Manufacturing Event. The event is specifically set up to capture selected data from the machining or additive process. It could be a specific set of tolerances, tooling information or even ambient conditions, vibration, heat etc. All of these form part of the parts DNA and are recorded onto the Part Birth Certificate which can be accessed in real-time by interested parties that are authorized to do so.

Digital Certification

The part is certified 'in-process' using actual live machine data combined with post-machining QA inspection results to prove that the part serial/batch number is indeed a quality part and is 100% certified to be used in its end item. This 'Part Birth Certificate' is an immutable, cloud-based record which proves and certifies from the manufacturer that the part was indeed manufactured to the engineering drawings and prescribed manufacturing conditions.

Source Inspection of Parts

Manufacturers can now offer virtual source inspection: the customer does not need to visit the site, the parts are inspected virtually and quality issues are resolved before the parts are shipped. This has the effect of moving the manufacturing and supply process from one of 'issue management' to 'risk management' - allowing greater time to resolve problems and reducing the risk of negative surprises.


It should come as no surprise that there are several benefits of this approach to using a Logistical Digital Twin in advanced manufacturing.


  • Delight your customers by offering them virtual source inspection

  • Increase competitiveness

  • Project a sophisticated image to the supply chain

  • Increase first-pass yield with greater statistical insights into the manufacturing process


  • Ability to inspect virtually without leaving home site

  • Reduce negative surprises

  • Increases collaboration and trust with suppliers

  • Ability to predict with greater accuracy, when parts will be delivered

End User

  • For Design Authorities: gives instant feedback into the 'design for manufacturing' process - allowing faster time to market

  • Reduces manufacturing cost of first articles via the above

  • Allows for virtual participation in the design process

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