Machine Vision Training
Microscan provides training presentations on machine vision to provide a greater understanding of vision inspection, gauging, OCR/OCV, and other powerful capabilities of today's machine vision systems.
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Understanding Machine Vision Verification of 1D and 2D Barcodes
Machine vision verification is one tool that can be used to ensure that barcodes meet a consistent level of quality for readability in an automated process, and that bad codes are identified before they result in costly failures. This white paper introduces 1D and 2D barcode verification and identifies parameters for verifying codes against published standards.
Understanding the Role of Auto ID in the FDA’s UDI Initiative
The U.S. FDA’s proposed UDI (Unique Device Identification) program contains much that is of interest to the Auto ID community and to manufacturers and labelers of medical devices. Describes the UDI program, which devices are affected, and implementation of the requirements.
Is a Laser Scanner or an Imager the Best Choice for Your Application?
Choosing the right barcode reading technology is fundamental to achieving optimal performance from a data collection solution. As new symbologies and technologies are developed, the choices are more varied than ever. There has been much debate on the merits of laser-based and camera-based barcode readers, and in fact, some have asserted that only image-based readers should be considered for new automation applications.
Eight Tips for Optimal Machine Vision Lighting
Lighting plays a key role in the performance of a machine vision system. Optimal lighting yields high contrast images that are read reliably and consistently by the vision system, saving time, effort, and money in the long run. This white paper outlines eight helpful tips for choosing the optimal lighting solution for a machine vision application.
Ensuring Labeling Accuracy in the Packaging Process
Accurate labeling is essential to today’s food and beverage manufacturers. This white paper focuses on barcode and machine vision systems that can be used in packaging lines to ensure label accuracy and to comply with safety regulations as well as mandates or codes of practice imposed by retailers.
TTC: High Production Output at Low Costs
Learn how Track, Trace and Control solutions help manufacturers cut cost, cut waste, automate critical manufacturing processes, and increase yields—all critical elements in today’s economic environment.
Automated Data Collection Improves Safety and Efficiency in Clinical Applications
An in-depth evaluation of barcodes and value-added barcode reading subsystems for lab instruments.
Shedding Light on Machine Vision
For effective machine vision, the first step in devising a vision system should be the lighting. This paper reviews important criteria for setting up an effective lighting system.
Review of Direct Part Marking Methods
Reviews a wide variety of methods for marking objects with machine-readable symbols in order to track them through the entire life cycle.
Understanding Optical Character Recognition
Learn about the uses of OCR with linear and 2D barcodes.
Basics of ESD Safety
Discusses electrostatic discharge (ESD) and the importance of safety precautions in manufacturing environments.
Technical Considerations for ESD Safety
Learn how to master ESD control in automated electronics manufacturing.
Data Matrix Sets the Standard for Identification
Discusses the use of Data Matrix symbols on thousands of diverse items to provide accurate identification, safeguard product integrity, and keep production processes flowing efficiently.
Understanding 2D Symbol Verification
Reviews the strict criteria for Data Matrix symbol quality verification as outlined in several industry standards.
Three Ways to Enhance Packaging Line Performance
Learn how machine vision OCR (optical character recognition) can be used in packaging lines to more efficiently ensure compliance with date and lot tracking regulations.
Application of Data Matrix Verification Standards
Discusses the implementation of Data Matrix quality standards and U.S. Department of Defense MIL-STD-130.
Using Automated Cap Inspection to Prevent Medical Errors
A cap inspection system is one solution to improve error prevention processes. By inspecting test tubes and caps to collect detailed information such as diameter, cap color, and cap type, instrument manufacturers no longer need to engineer for the worst case scenario.
Bar Code Basics
An overview of fixed-mount bar code scanners: how they work, what they can and can't do, and how they can meet your specific requirements.
Symbol Reconstruction in Barcoding Applications
Symbol reconstruction ensures data capture in environments where symbol quality, location, and orientation cannot always be controlled.