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Enhanced Scanner Control (ESC) – Advanced Control Algorithm for Laser Scan Head Motion
To achieve high-quality outcomes in high-precision laser processing applications, precision and speed are critical. Traditional laser scan heads often struggle with the trade-off between speed and accuracy, especially in applications requiring intricate motion patterns that demand high-frequency and high-acceleration motion. ESC addresses these challenges by using novel software algorithms to increase the dynamic limits of a given scanner hardware configuration. User benefits include reduced cycle times, enhanced throughput and superior product quality, making ESC an essential feature for industries demanding the utmost in laser processing performance.
Automation1 Brochure
Automation1—the world’s most user-friendly motion control platform—helps users quickly solve their most challenging precision motion
Integrated Automation Systems Brochure
You know our motion produces the best results. Now trust us to automate your process. When high-performance motion is at the core of your process, our expertise will get your custom automation system up and running faster and more reliably than the competition.
Engineering and Manufacturing Vacuum Capabilities
Aerotech’s vast application experience, unmatched product scope, and extensive engineering capabilities make us the partner of choice for vacuum-compatible motion systems.
Using the Galvo Calibration File Converter with the Automation1-GI4
Calibrating the field of view for scanners is typically an iterative process where a series of marks are placed on a substrate and the location of these marks is used to create a calibration file, and the process is repeated to reach final system accuracy.
Coordinated Control
Aerotech’s control technologies can coordinate and synchronize up to 32 axes of motion of any motion technology to sub-microsecond servo-loop synchronization and sub-millisecond path trajectories.
Standard Controller Capabilities
Review standard capabilities of a controller.
Fiber and Photonics Alignment Algorithms
Precision motion mechanics, such as Aerotech’s FiberMaxHP, are a critical component for high-quality results with efficient throughput in modern fiber alignment and silicon photonics alignment processes.
Using the Automation1 Transformation Function for Five Axis Systems
The transformation functions in Automation1 implement rotation, mirror, and translation matrix operations. The functions can be used to transform coordinates on mechanical actuators that include rotary motion.
