When you are beginning the process of engineering a data collection platform, one of the most important steps is to utilize the barcode symbologies that best fit your requirements. Here are some items for your team to consider when determining which symbologies to use:
Read MoreTopics: 2D Barcode and Vision System Technology, 1D Barcode Technology, Auto ID Product Design, Auto ID Design
A fundamental key to achieving optimal performance is choosing the right barcode reading technology when dealing with a data collection solution. Now, as more technologies are developed, the choices are more varied than ever. There has been much debate concerning
Read MoreTopics: 2D Barcode and Vision System Technology, 1D Barcode Technology, Auto ID Product Design, Auto ID Design
In part 1 of this blog posted last month we discussed what an embedded barcode reader does
and how the type of data desired to collect will determine the type of scanner needed and what aspects of engineering must work harmoniously for successful implementation. Now we will focus on the latest trends with embedded scanners and the consequences of a bad reader choice.
Topics: 2D Barcode and Vision System Technology, 1D Barcode Technology, Auto ID Product Design, Auto ID Design
In June of 2015 the race horse American Pharaoh accomplished what no thoroughbreds horse had accomplished since 1978 by winning the Triple Crown. Engineers today are striving to hit a different triple crown with every design….Smaller Footprint, more capabilities and lower overall system cost. When designing an embedded barcode solution, one option that may allow your engineering team to meet these challenges is to utilize an embedded scan engine. We will look at some of the additional value a scan engine can bring to your design over a fixed position reader.
Read MoreTopics: 2D Barcode and Vision System Technology, Supplier Selection, Auto ID Product Design
With ever increasing emphasis on manufacturing cost reduction, it is important for designers to review new products for ease of manufacturing and test. Products designed with the manufacturing process in mind will cost less. There are four fundamental considerations when designing an electromechanical assembly for manufacturing efficiency: component selection, production processes, test and inspection, and documentation.
Read MoreTopics: Cable and Electromechanical Product Design, Auto ID Product Design
As a part of a development team for a laboratory automation system or clinical analyzer, you and your colleagues have been chosen to develop the specimen traceability portion of the instrument. In your mind you believe this should be a fairly easy task, correct? Now tell me, what automation technology will you chose? Will it be laser-based or image-based, and what do you have to consider prior to making your decision?
Read MoreTopics: 2D Barcode and Vision System Technology, 1D Barcode Technology, Auto ID Product Design