Applications

Developing highly efficient screening techniques such as X-ray testing improves quality evaluation techniques, by providing non-destructive inspections that are efficient, and reliable.

Archaeology is the study of past human life and culture through the recovery and examination of the remaining material evidence, such as graves, buildings, tools, etc.

A document, written, printed, or electronic, provides information or evidence and serves as an official record.

The examination of physical evidence by a forensic scientist is typically administered for identification or comparison purposes. The questioned document examination (QDE) can be useful in many applications such as forgery analysis, radio-frequency analysis, and other pieces of evidence.

Forensic imaging techniques allow researchers to observe human skeleton variations, analyze hard tissue such as bone, and teeth, as well as for investigating human remains to solve criminal cases.

The museum is dedicated to preserving and interpreting the primary evidence of humankind, human activity, and the environment.

Product inspections and development involves verifying the quality of your product at the various stages of the manufacturing and developing process.

QA testing is intended to prevent defects before the product is made, while QC is used to check for the defects in the product post-production, but before its release.

With the seed analysis software, researchers can automatically count their seeds and determine seed fill.

Small animal X-ray imaging provides researchers the opportunity to track and monitor structural changes in samples, both acutely and over time in longitudinal studies; the KUBTEC® line of high-resolution cabinet X-ray systems are used for a variety of preclinical applications in life sciences.

Are you in need of a PIXImus replacement? Select KUBTEC imaging systems can be outfitted for use with proprietary DIGIMUS® BMD Analysis Software for those investigating the body composition and bone mineral density of mice.

The development of specialized cell models for the study of cellular immune systems is an important area of focus in cellular biology research.

Radiation in food safety is used generally to improve food safety (pest disinfestation),  and offer another option as a phytosanitary treatment for food moving across international or national borders.

Radiation of seeds is an important tool for scientific studies in genetics and mutation breeding in the agricultural sciences.

Small animal models such as mouse and rats have been widely applied in radiobiological studies predicated on the basis of genetic and physiological similarities with humans.

Tissue irradiation is a very common practice to treat cancer and to support research purposes in small animals like mice to develop solutions.