[TECHSHEET] FARO 3D-Contour Scan Head with BLINK High-Speed Focuser

March 29, 2018

High-Speed Marking on Contoured Surfaces

The FARO® 3D-Contour is a scanning solution offering 3-axis capabilities in a compact package for small to medium field sizes. The integrated design features FARO’s advanced galvanometer technology providing superior bandwidth, accuracy and flexibility, and incorporates a high bandwidth Z axis mechanism for marking on highly contoured surfaces. FARO’s 3-Axis Scan Heads are designed to operate seamlessly with our WinLase® Laser Scan Control Software and process controllers, making for easy integration into workstations and assembly lines.

The natural focal surface of an XY galvo pair is a shallow sphere. One solution to operate on planar samples is an f-theta lens, but these limit field size, bloated laser spots, and are expensive. FARO’s BLINK High-Speed Focuser is a far better solution. When used as the focusing element of a post-objective scanning system, BLINK dynamically maps a focal correction onto the laser beam as a function of its XY position, allowing high speed processing of large planar samples, with very small spot sizes and supports the processing of 3D samples. BLINK combines a precision ground guideway with direct voice-coil drive, resulting in a very compact, high-performance focuser capable of continuous operation with a 50G peak sine wave. Its ultra-low moving mass minimizes reaction forces. With only one moving part, BLINK offers exceptional reliability and service life when compared to traditional taut band actuators. When used in combination with the 3D-Contour, it provides an impressive 180 mm Focus Depth @ 96 μm spot size over a 425 mm field! (Nd-YAG)

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[TECHSHEET] FARO Maestro 3000 Laser System Controller
[TECHSHEET] FARO Maestro 3000 Laser System Controller

Maestro 3000 is a true laser system-ready controller in a box. Offering full stand-alone capabilities and d...

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BLINK High-Speed Focuser combines a precision ground guideway with direct voice-coil drive, resulting in a ...


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