Instrument Applications

What each instrument measures, and the fields it measures it in.

CRAIC Technologies™ offers a range of advanced scientific instruments, from premier UV-visible-NIR microspectrophotometers and UV, visible, NIR, and SWIR microscopes to robust Raman microspectrometers and a variety of accessories. These tools are designed for diverse research and industrial applications. Our systems are engineered for flexibility, allowing us to combine different packages to provide you with the ideal solution for cutting-edge results.

Here are just a few of the many applications that benefit from our microspectrophotometers, microscopes, and Raman microspectrometers. Our instruments can be configured to suit the specific types of analysis you need to perform, offering limitless possibilities with a CRAIC UV-Visible-NIR microspectrophotometer, microscope, and Raman microspectrometer.

What measures what

A square is an instrument that does work in that field. Follow one to the measurements it makes.

Field	Microspectrophotometer	Raman microspectrometer	UV microscopy	NIR microscopy	rIQ	GeoImage
Forensics	Forensics, measured by the Microspectrophotometer	Forensics, measured by the Raman microspectrometer		Forensics, measured by the NIR microscopy	Forensics, measured by the rIQ
Semiconductors, Hard Disks & Devices	Semiconductors, Hard Disks & Devices, measured by the Microspectrophotometer	Semiconductors, Hard Disks & Devices, measured by the Raman microspectrometer	Semiconductors, Hard Disks & Devices, measured by the UV microscopy	Semiconductors, Hard Disks & Devices, measured by the NIR microscopy
Pharmaceutical & Biology	Pharmaceutical & Biology, measured by the Microspectrophotometer	Pharmaceutical & Biology, measured by the Raman microspectrometer	Pharmaceutical & Biology, measured by the UV microscopy	Pharmaceutical & Biology, measured by the NIR microscopy
Geology	Geology, measured by the Microspectrophotometer	Geology, measured by the Raman microspectrometer	Geology, measured by the UV microscopy	Geology, measured by the NIR microscopy		Geology, measured by the GeoImage
Displays	Displays, measured by the Microspectrophotometer		Displays, measured by the UV microscopy
Art	Art, measured by the Microspectrophotometer	Art, measured by the Raman microspectrometer	Art, measured by the UV microscopy	Art, measured by the NIR microscopy
Materials Science, Chemistry & Physics	Materials Science, Chemistry & Physics, measured by the Microspectrophotometer

Forensics

Trace evidence, questioned documents and glass, measured without consuming the sample.

Security Imaging

rIQ

The rIQ hot stage, a glass fragment on its holder beneath a 50x objective

rIQ for Forensic Glass Analysis

rIQ is a solution for measuring the refractive index of glass fragments using the thermo-optical methodology defined by ASTM E1967

Papers in this field Ask about your sample

Semiconductors, Hard Disks & Devices

Film thickness, contamination and buried defects, on features a few microns across.

Microspectrophotometer

Microspot Film Thickness Measurements
Locating Microscopic Contaminants on Hard Disks
Identifying Microscopic Contaminants
Materials Research and Development
Failure Analysis

Raman microspectrometer

Apollo-M

Contaminant Identification
Silicon Crystal Structure
Measuring Strain in Silicon Devices
Thin Film Quality Control
Materials Research
Failure Analysis
LED and OLED Development
Diamond-like Film Quality Control

UV microscopy

UVM-1

Locating Microscopic Contaminants on Devices
Ultra-high Resolution Imaging
Materials Research
Failure Analysis
LED and OLED Quality Control
Microfluidic Device Development

NIR microscopy

UVM-1

Locating Defects Within Bonded Silicon Wafer Devices
Quality Control of Diode Lasers
Materials Research
Failure Analysis
Carbon Nanotube Imaging
Microfluidic Device Development
Polymer Microimaging

Marked work is measured by more than one of these instruments. Which one suits your sample depends on what you need to know about it.

Papers in this field Ask about your sample