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+250%
ROI
+30%
Uniformity
improvement
+85%
Set up time saving
+15%
Powder savings
Flightpath in action
Our Product
Flightpath by coatingAI is a groundbreaking AI software solution designed to transform your powder coating process. Within minutes, our software calculates the ideal movements for your reciprocator, ensuring unparalleled uniformity and significant powder reduction.
Step into a new era of efficiency and precision with coatingAI Flightpath.
What We Offer
With coatingAI Flightpath, experience a new standard in powder coating:
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Reduce Material Waste: Optimize your powder usage, significantly cutting down on waste.
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Minimize Rejects: Achieve consistent quality, reducing the need for reworks.
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Measure and Track Data: Monitor and report sustainability metrics, whether for your own needs or for Scope 3 reporting requests from your suppliers.
Coaters' benefits
Reduce Powder Waste
Maximize material efficiency with 10-20% less powder waste. coatingAI's AI algorithms fine-tunes reciprocator settings, leading to substantial cost and emissions savings.
Improve Coating Quality
Enhance your finish quality. With increased uniformity you ensure smoother finishes, fewer defects, longer lifespan, and maintain your reputation for excellence.
Increase Efficiency
Empower your team, regardless of experience. Flightpath's AI-driven optimization replaces the need for expert knowledge, streamlining setup and freeing your staff for more valuable tasks.
FAQs
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What if I forget my account password or cannot access my account?Don’t worry, resetting passwords is simple. Follow the ‘Lost Password’ protocol, or for unresolved access issues, contact our support team at CoatingAI.
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Why do we adjust both horizontal and vertical orientations in advanced models?These dual orientations are key to understanding how the powder behaves in different airflows, thus enabling a more comprehensive model for accurate simulations.
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Why might I have trouble visualizing my Advanced Powder Model?Visualization issues often stem from incorrect parameter settings during experiments. Review and confirm all parameters for accuracy. If problems persist, refer to our troubleshooting guide or reach out for support.
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What distinguishes an advanced powder model from a standard one?Advanced models are highly meticulous, designed to capture nuanced changes through eight comprehensive experiments, thus ensuring superior accuracy in distance and airflow variations. Standard models are more static. Choose an advanced model for dynamic conditions and a standard one for consistent environments.
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Can I modify data after an experiment?Data correction is possible during the calibration phase. Ensure all data is double-checked before finalizing to maintain the model's accuracy.
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Are my models and optimizations saved automatically?Absolutely. All models and optimizations are automatically archived in our library for easy access and reference.
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What are the next steps after creating a powder model?Post-creation, you can dive straight into optimization. Your new model will be stored in the 'Powder Model Library' for future optimizations.
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How crucial is the Pistol-to-Substrate Distance during calibration?It’s vital. This distance influences the powder’s adherence and distribution, offering insights into behavior under different conditions. Adjustments are necessary for accurate application.
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