Materials
What contributed to this batch?
Explore how the genealogy view presents source batches, events and the relationships between material records.
Look at material genealogy
AMSynchro · Traceability for metal additive manufacturing
Which powder went
into this build?
Powder is sieved, combined and used again. Its history should be easier to follow. Explore how AMSynchro brings material records and manufacturing operations together.
A look inside AMSynchro
Three batches. One blend.
View image
Follow the contributing material
Genealogy view: the relationships between material records. Demo interface shown in English.
The diagram shows recorded relationships. An approval label alone does not establish material conformity or authorise a part for use.
Can you still see where it came from?
Follow the arrows in this AMSynchro demo. Three source batches pass through sample and approval events before meeting at a blend. Their separate histories remain visible.
- Choose one of the three source batches.
- Follow its path through the recorded events.
- See where the paths meet in the resulting blend.
About this demo image
Screenshots supplied by THINKITTECH, labelled June 2026; demo interface in English. The application version and underlying data provenance are not stated. These views illustrate the interface, not a customer deployment or a validated quality result. Current functions and evaluation scope are confirmed in discussion.
Find your starting point
Which question sounds familiar?
Operations
Which records do we need to bring together?
See the current functions for specifications, laboratory results, build and powder operations, inventory, devices and machines.
Explore current functionsQuality
What happened between these readings?
Inspect the demo dashboard’s condition trends, event markers and location context. See what this view can—and cannot—tell you.
Inspect the condition viewThe work behind the product
Explore our progress.
Check the public record.
Explore the activities behind our development and commercialisation work.
Space for Monitoring Hazardous Materials
A completed ESA Kick-Start phase, documented on the ESA project page.
Explore the Kick-Start activity
UKSA · SECP
THINKITTECH’s AM Powder Optimiser AI project is listed as an award recipient.
Explore the SECP activityBring your own question
Which part of the story
is missing for your team?
Perhaps it is a batch history, a laboratory result or an operation recorded somewhere else. Tell us what you are trying to connect. We can answer by email or explore the question in an introductory conversation.
Tell us what you want to connect- Start smallOne question or a few non-confidential sentences are enough.
- Understand the fitDiscuss the current functions, your existing records and any integration or development needs.
- Choose your next stepContinue the conversation or explore an evaluation if it looks useful.
Your enquiry does not book a meeting or commit you to an evaluation. Any evaluation scope and commercial terms are agreed separately.
A little more detail
Before you explore further.
What can we evaluate today?
An evaluation includes full access to AMSynchro. These functions are available today.
- Material specifications
- Material characterisation (laboratory results)
- Build, sieve and combine operations
- Inventory management
- Device and machine management
We agree the evaluation arrangements, integration needs and any additional development around your workflow.
How are THINKITTECH and AMSynchro connected?
THINKITTECH LTD develops AMSynchro, a material traceability platform for metal additive manufacturing. Current functions cover specifications, laboratory results, build/sieve/combine operations, inventory, devices and machines. The wider solution continues to develop. The AMSynchro product website carries the detailed product story.
Do we need an NDA to get in touch?
No NDA is required for a high-level introduction. Keep it non-confidential. Appropriate agreements come before any sensitive technical or commercial detail is shared.