|Product Name||Digiweigh Industrial Counting Scales, Capacity 3kg / 0.1g, 11.25 X 8.5 in. Stainless Steel Platter|
|Category||Office / School Supplies|
|Amazon.com||Buy on Amazon ~ B000I8BXOQ|
|Width||12 inches (convert)|
|Height||4.5 inches (convert)|
|Length||12 inches (convert)|
|Long Description||The Professional 3 kg x 0.1 gram Parts Counting Digital Scale has all the tools to save your small, medium or large business time in counting any parts of the uniform weight. The Scale instantly tells how many pieces are on it based on the Average Piece Weight (APW). The APW can be manually entered into the scale memory or it can be determined by the scale itself, based on the weight and quantity of samples you placed on it. This Scale can be successfully used in a wide range of applications and industries to efficiently control the inventory. Some examples are: Manufacturing and Quality Control, Shipping and Receiving, in the Warehouse, Agriculture, Food Service, Healthcare, Construction and the list can be continued. The Scale is very simple in use, no special training is required, no excessive time to figure out how it works. It instantly responds to all user commands. This Parts Counting Digital Scale can save your business many hours of work. 5 Years Manufacturer Warranty.|
|Search Google||by EAN or by Title|
A Data Matrix code is a two-dimensional barcode make up of blocks of black and white modules put together to make either a square or rectangular pattern. The information to be encoded can be text or raw data.
Normally, data size is from a few bytes up to 1,556 bytes. The length of the data depends on the symbol dimension used. To make sure the data can be read even when the pattern is slightly damaged, error correction codes are added which increase symbol strength. A Data Matrix symbol can store up to 2,335 alphanumeric characters. Here is a sample you can scan.
Data Matrix symbols are rectangular in shape and usually square. As more data is added, modules are put together to allow for the data and error correction. Each module can be identified by the "L" shaped black line that runs down the left and across the bottom of each module. In the sample shown above, there are four modules. These "L" shaped sections are known as the "finder pattern". The top and right border of each module are made up of alternating light and dark blocks. Light blocks represent 0 (zero) and the dark blocks represent 1 (one). These are known as the "timing pattern". All of the blocks in the middle of each module make up the data and check codes. The entire pattern can range in size from 8x8 to 144x144 in size.