Ami

To detect deviations and surface flaws early in the process, ensuring dimensional consistency across production runs and minimizing waste or downstream failures.

AMI scans the mold surface with high precision, analyzing sag, axis, radius, and peak height. Results are compared against reference models, highlighting deviations numerically and graphically for validation and process control.

Yes, the system supports custom profiles for various diameters and complex shapes (aspheric, toric, multifocal), making it ideal for both prototyping and scaled production environments.

AMI can scan up to 72 molds in minutes with sub-micron precision, delivering fast, accurate insights for both design validation and process quality assurance.

Yes. All data can be exported to Excel/SQL and includes graphical SPC analysis tools including trends, deviations, Cp/Cpk metrics to support monitoring, optimization, and reporting.

Absolutely. AMI connects with robotic arms (e.g., SCARA), supports PLC/GPIO automation, and integrates with external systems through API for seamless production and data analysis workflows.

Yes. The system features internal thermal sensors and compensation algorithms to ensure stable measurements even under varying factory conditions.

Yes, thresholds can be tailored to meet internal quality specs or product specific tolerances, allowing immediate feedback and decision making per mold.

Yes, AMI is built for flexibility, handling everything from low-volume test batches to high throughput production with the same precision and reliability.

Yes, samples can be submitted for a no obligation evaluation. You’ll receive a full geometric report with deviation graphs and recommendations, helping you assess mold performance and fit before full-scale implementation.

Yes, mixed trays are supported, allowing different mold types or geometries to be scanned together. Each position is tracked individually, enabling fast comparisons and efficient batch validation.