UTComp Inc. launches automated in-line inspection system
QCAnalytix is an in-line quality control system designed to ensure the strength and reliability of composite industrial materials and products.
Source | UTComp
UTComp Inc. (Cambridge, Ontario, Canada), a global provider of composite materials inspection and engineering, introduces QCAnalytix, a fully automated in-line inspection solution for composite fabrication and manufacturing.
QCAnalytix is an in-line quality control system designed to ensure the strength and reliability of composite industrial materials and products used in oil and gas, chemical processing, mining, pulp and paper, and other industries. It extends UTComp’s patented UltraAnalytix inspection technology for in-service assets to provide quality control throughout the value chain. QCAnalytix uses a proprietary algorithm that analyzes ultrasonic data and replaces subjective visual inspections or destructive testing with live, in-process testing that provides immediate, quantifiable results.
“We developed QCAnalytix to enable manufacturers to quickly and accurately inspect composite components from start to finish to verify that each part complies with specifications, is free of manufacturing defects and will perform in the field as expected,” says Geoff Clarkson, UTComp founder and chief technical officer. Clarkson is a 2019 Manning Innovation Awards nominee and has been nominated for the David E. Mitchell Award of Distinction.
Clarkson is presenting a technical paper on “Non-Destructure Production Line Structural Evaluation” on Wednesday, Sept. 25 during CAMX 2019, from 1:30-1:55 p.m. in Room 208A of the Anaheim Convention Center.
“[QCAnalytix] will help manufacturers boost production of high-quality products, increasing profitability and efficiency while significantly reducing waste,” says Jo Anne Watton, UTComp’s CEO.
“Composites are a smart solution for many sectors and many applications, and we’re really just beginning to realize the potential of these amazing materials,” she adds. “UTComp is continuing to push the envelope by providing our customers with accurate, actionable information to help them make the right choices about the quality, performance and lifespan of composite assets.”
Related Content
-
Multi-material steel/composite leaf spring targets lightweight, high-volume applications
Rassini International was challenged by Ford Motor Co. to take weight out of the F-150 pickup truck. Rassini responded with a multi-material steel/composite hybrid leaf spring system that can be manufactured at high volumes.
-
3D-printed CFRP tools for serial production of composite landing flaps
GKN Aerospace Munich and CEAD develop printed tooling with short and continuous fiber that reduces cost and increases sustainability for composites production.
-
Plant tour: National Institute for Aviation Research, Wichita, Kan., U.S.
NIAR, located at Wichita State University in the heart of the American aerospace manufacturing industry, has evolved to become a premier hub of teaching, R&D, creativity and innovation.