Intelligent Tinkering for 3D Printing
Develop leading additive software solutions: Reduce cost of process parameter development by up to 96%.
Curious about inTinker's approach to problem solving?
Read our white paper to learn more
What you will learn:
- Sucess stories
- How it works
- Why inTinker
How it works
Define experiment and goals
Select from a wide range of process parameters and objectives to begin the optimization process.
Run calibration experiments
Sequentially perform the experiments until your objectives are met.
Quickly learn how machines and materials behave
Increase quality and reliability by discovering optimal process parameters
If you're an OEM or researcher, here are 3 reasons you need inTinker
Since 2019 inTInker has been developing a machine learning process to optimize complex systems so you don't have to. Read on to learn why you're missing out without inTinker
1. Customers expect machines and materials that work. Period.
2. Designing smart experiments is hard, and executing them is expensive.
3. inTinker uses cutting-edge machine learning so you can develop world-class systems while saving time and money