The primary purpose of an industrial scale is to obtain weight data. For many applications, that data is used locally. For example, a shipping clerk may weight a package on a platform scale and write the weight directly into a shipping manifest. On the production line, a parts counting scale may be directly used to count out the correct number of parts to put into a package or box. On the factory floor, a worker may use a drum scale to fill his drums with the correct amount of liquid. In a doctor's office, a wheelchair scale is used to determine the weight of a patient. But often, the data must be used at some other location or at some other time. The weight of a package to be shipped may need [+]

Counting parts by hand is inefficient, inaccurate and impractical. Whereas it may be suitable to count ten pieces into a package, it becomes cumbersome and unwieldy to count twenty five, fifty or one hundred pieces by hand. It becomes downright impossible to accurately count one thousand pieces or even more by hand. Parts counting scales are an ideal tool to use for counting parts that are identical in weight. Items such as bolts, screws, nuts, rivets, washers and other fasteners would fit this criteria. Similarly, electrical contacts, connectors, resistors, diodes, and integrated circuits would also be suitable. The scale operator places a small sample of parts on the digital scale platform, and through the keyboard, enters the number of parts in the sample. The industrial scale then calculates the weight of a single part. At this point, as parts are added [+]

Industrial scales are the backbone of many industrial applications. They come in many shapes and sizes for different requirements. These include pallet scales and floor scales, drum scales, tank scales and cylinder scales. For lighter loads there are smaller platform scales. To count by weight, parts counting scales are used.   One of the most common types of industrial scales is the bench scale. Generally, they are available in capacities ranging from about 10 pounds up to approximately 150 lbs. As a rule of thumb, the lighter the capacity of the scale, the higher the resolution of the display. For example, a ten pound capacity scale may be able to display increments as small as 0.001 lb. Whereas a one hundred pound scale has ten times the capacity, it may have [+]

Counting parts by weight is an efficient means of determining inventory levels. Any item that is consistent in weight may be counted by a parts counting scale. These items can include standard industrial hardware, such as fasteners, washers and clips. Electronic devices are another perfect item to count by weight. A good parts counting scale must have two primary features. It must have enough capacity to accept the full containers of parts. And it must be sensitive enough to accurately determine the weight of just a few sample parts. These two characteristics are often mutually exclusive. As a rule, the higher the capacity of the scale, the lower the sensitivity. The accuracy of the weight of the sample parts is the largest factor in determining the accuracy of the parts counting results. As [+]