Featured Technology: Multi-Axis Linkage

List of Contents

Multi-Axis Linkage

Optical Polisher Instantaneous TIF Scheme

We provide up to 6-axis linkage motion, which enables highly precise space-time coordination for complex machining tasks. This system ensures effective control over errors across the entire frequency spectrum, allowing for optimal accuracy throughout the process.

Additionally, the system supports automatic planning of grinding and polishing paths, enabling efficient and precise execution of multi-step operations.

The 6-axis linkage motion facilitates seamless integration of rotational and translational movements, offering synchronized control that enhances the precision and quality for spherical and aspherical objects.

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PMAC Motion Control System

Diagram showing the control system logistics for a motion control setup based on PMAC (Programmable Multi-Axis Controller) technology.

PMAC (Programmable Multi-Axis Controller) provides a high-performance motion control system with a short service cycle and exceptional system openness, allowing for easy integration with various hardware. It supports local axis backlash and modulation compensation through an offline measurement mode, ensuring optimal precision and stability. Additionally, PMAC delivers fast response times, making it ideal for applications requiring precise, real-time control over multiple axes.

Active Secondary Development

A section of the optical grinding machine's developer page, highlighting active secondary development features.

Active Secondary Development supports advanced features such as three non-linear B-spline interpolation for precise path control, PVT (Position, Velocity, Time) mode compensation for enhanced motion accuracy, and plug-in capabilities for customizable system integration. These features provide flexibility and scalability, allowing for tailored development to meet specific application needs.

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