SC-XYZ Hyperspectral Imaging System

Complete, High-performance, Turn-key, Hyperspectral Art Scanning Systems

Key Features:

  • Multiple Sizes Available up to 6m x 6m
  • Laser Crosshair for Accurate ROI Selection
  • Dynamic Stand-off Distance Adjustment for non-flat Artwork
  • Simultaneous Dual Camera Acquisition
  • Auto-focus of Spectral Cameras
  • Auto-exposure Setting
  • Auto-square-pixel Facility
  • Micro-XRF and Raman options
  • UV to SWIR 300-2500nm options

Download SC-XYZ brochure

Download Art Conservation Application Guide

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Description

The ultimate hyperspectral scanning system for heritage science applications.

ClydeHSI SC-XYZ Series Hyperspectral Imaging Systems are complete, transportable, high precision, all-in-one hyperspectral scanning systems, designed for scanning objects up to 6m x 6m, with a spectral range from UV to SWIR (300-2500nm).

The system can be supplied with a custom flight case, and includes spectral camera(s), SC-XY Series scanning system, illumination system, high performance computer and all data acquisition, display, and analysis software. 4 locking wheels and stands for easy maneuverability and stability. Collapsible and detachable Y-axis scanning plane for easy transportation to wherever the application demands.

Can be deployed with ClydeHSI Zm Macro Stage attachment for real-time measurement and adjustment of stand-off distance from target to accommodate varying sample depths caused by surface texture and object curvatures. Find out more about the Zm Macro Stage here.

All SC-XY Series scanners have auto-focus, auto- exposure, auto-frame rate and scan motion correction, as well as a laser target finding system for accurate region-of-interest selection across full measurement area.

User interchangeable fore-optics with automatic lens magnification correction for all spectral camera and lens configurations.

Capable of both single and dual camera operation – fully compatible with all of our hyperspectral cameras and hyperspectral data acquisition and analysis software.

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