Overview
The document provides a detailed description of Cambridge Technology's 3-Axis Scanning System, designed for industrial material processing. It highlights the system's advanced technology, performance, quality, and value, emphasizing its flexibility and application expertise.

Theory of Operation
The 3-Axis Scanning System operates on a post-objective scanning mechanism, where scanning mirrors are positioned after the objective lens. The system uses a dynamic expander lens to adjust the focal plane dynamically, allowing precise laser processing on flat or volumetric surfaces. The XY scanning module directs the laser beam to the target work-plane, with dynamic Z-coordinate adjustments for enhanced processing capabilities.

System Components
The system includes a dynamic expander lens, DFM module, input beam, beam delivery, and a modular 3-axis system. The SM1000 controller facilitates communication and control via Ethernet, integrating seamlessly with laser systems.

Applications
The 3-Axis Scanning System is suitable for various laser processing applications, including marking, engraving, ablation, texturing, cutting, converting, welding, joining, rapid prototyping, and micro-machining.

Product Specifications
The document provides detailed specifications for different systems, including CO2, Fiber/YAG, and 532nm & 355nm systems. It outlines general spot sizes, field sizes, maximum continuous wave (CW) input power, and tracking errors for various configurations.

Product Configurations
The system is available in modular and enclosed configurations, supporting multiple wavelengths such as CO2 (9.3µm & 10.6µm), Fiber (1050nm–1080nm), Green (532nm), and UV (355nm).

Contact Information
Cambridge Technology provides contact details for further inquiries about their product line, emphasizing their commitment to moving light technology forward.