Skip to main
University-wide Navigation

The FLEX cluster provides a flexible, transdisciplinary environment for developing prototypes, building custom deployments, and engaging in collaborative problem-solving. Because heritage objects come in a variety of unexpected shapes, sizes, and conditions, they do not always fit into the scientific instrumentation in the BENCH cluster. We’ve created the FLEX cluster to be a reconfigurable environment that offers unique instrumentation built around the heritage objects. It is also the locus of our interdisciplinary training and education program that includes hands-on demonstration and experimentation. FLEX represents true convergence as it creatively blends various disciplines in a coordinated, reciprocal way so as to foster the robust collaborations needed for successful inquiry.

FLEX consists of:

  • An X-ray Hutch for X-ray-based tomography and other advanced techniques that rely on ionizing radiation (XRF). Customized arrangements of X-ray sources, detectors, sample stages, and other equipment to allow non-destructive, non-injurious micro-CT scanning and other imaging of heritage objects.
  • A Design Hutch for custom imaging configurations with non-ionizing radiation – digital photography, multi-/hyperspectral photography, and photogrammetry.
  • A co-design and data analysis/visualization lab called “Vision Space”  that serves as the transdisciplinary collaborative hub integrating the end-to-end capabilities and expertise of EduceLab. It will serve as the locus for identifying and documenting best practices; educating users and students on instrument-level and integrated measurement; providing project/user intake and user training on equipment; co-designing experiments; problem solving for unique heritage object measurement scenarios; and computing for processing, analyzing, visualizing, and modeling the collected data.

FLEX instrumentation includes a variety of X-ray sources and detectors, a set of cameras and spectral incident light sources, motion stages for precise sample mounting and control, and training equipment, all of which will together provide hands-on scenarios for internships and educational development.

AVAILABLE INSTRUMENTATION

Nikon Z7 II DSLR Cameras

The Nikon Z7 II DSLR camera set supports high-resolution digital photography and multispectral imaging for the documentation of objects, collections, and in the field. The system includes two 45.7 MP cameras with lenses, one configured for visible-light imaging and the other for full-spectrum imaging. The cameras can be deployed for handheld manual photography or integrated into programmatic capture setups, allowing flexible use for onsite documentation, comparative imaging, and controlled multispectral imaging.

Further details and specifications can be found on the Nikon Website.

MISHA Spectral Lights

The MISHA spectral lights support controlled multispectral illumination for digital photography and spectral imaging projects. The system includes 16-band LED lighting panels spanning the UV–NIR range, allowing targeted illumination across selected wavelengths for the documentation and analysis of material and surface responses. The panels provide programmatic lighting control for custom mounting and/or programmatic capture configurations.

Further details and specifications can be found on the RIT Website.