John Smith
Machine vision systems have long been most commonly seen in factory automation installations and other industrial applications where they will be primarily responsible for supplementing human quality tasks. With the accuracy that a computerized camera system can maintain over a continuous 24 hour work day, companies have little reason not to move forward with the installation of a machine vision system to handle quality assurance tasks. Cameras for machine vision have become smaller and company than their predecessors, increasing the number of applications within which a machine vision system can be assimilated. There are machine vision installations for inspection of chips, wood products, and labels, consumer goods that must be produced to certain specifications and parts for the assembly of a larger object. Automotive manufacturers have seen great strides in both their quality and production since implementing the machine vision technology seen on the market today.
In the medical and pharmaceutical manufacturing realms, machine vision has helped to increase the volume of merchandise and equipment being produced with premiums placed on the quality of each unit. Medical research has benefited greatly from the integration of machine vision tools for medical diagnostic systems. Additionally, for the processing and labeling of medication before it goes to consumers, machine vision equipment ensures that each label is configured appropriately and accurately. Biomedical applications for machine vision systems are complicated to decipher without a deep knowledge of the field, though it can be expressed without hesitation that machine vision equipment is imperative to many new tools being rolled out successfully.
Just as in the applications for medical facilities represented a break from the traditionally industrial applications of machine vision systems, security and environmental research facilities are beginning to use the technology for a number of different processes. Scientific research that depends on the close inspection of organisms or other samples benefits greatly from the sophisticated eye of a machine vision camera. There are a number of applications currently being used with machine vision that are geared towards identifying issues with the environment and agricultural scenarios. Farmers are beginning to recognize that an effective machine vision system being used in their everyday processes can help to improve the quality of produce being grown and shipped and reduce the amount of waste produced at the farm.
Machine vision systems are cost-saving measures for nearly every applicable field. Being able to rely on the accuracy of a computer guided camera enables employees and business owners to dedicate their time to issues other than quality. The readings given by a machine vision system are far more accurate and timely than anything produced by the human eye. In addition to the accuracy increase seen with a machine vision system, business owners can benefit from the continuous hours being worked by the computer system.
Founded in 1982, Microscan focuses on technologies of automatic identification (auto ID), machine vision, and illumination with application solutions ranging from barcode scanners up to complex machine vision inspection, gauging, and measurement. To learn more about Microscan, please visit their web site, http://www.microscan.com.