People who wanted to weigh heavy objects had to sacrifice accuracy. MFR scales are considered to be the most accurate of industrial-grade scales, but they are usually only made to accommodate maximum capacities of 50 pounds or less.īefore Arlyn Scales created Surface Acoustic Wave technology and Ultra Precision Scales, there was a big problem. Magnetic Force Restoration scales are typically the go-to option for people who need extremely accurate weight readings. Strain Gage scales are a popular option because, for most industrial applications, they are considered accurate enough.
Moreover, as the maximum capacity of Strain Gage scales increases, the accuracy of measurements provided by Strain Gage scales tends to decrease. For example, Strain Gage scales, which are arguably the most common industrial scales in use today, are popular because they are known to produce fairly accurate results however, the operations of Strain Gage scales can be easily influenced by environmental factors.
The most common industrial scale technologies include: Strain Gage, Magnetic Force Restoration (MFR), and Surface Acoustic Wave (SAW).Įach scale technology has its advantages and disadvantages. In the industrial scales industry, there are a few scale technologies available that measure and communicate weight differently. Scales for Warehouse Management and Inventory Control.Industrial Postal Scales for Mail, Post, and Shipping.Scales For Hospitals and Medical Facilities.Weighing Solutions for the Food and Beverage Industry.Weighing Scales For Universities and Laboratories.
Industrial Scales for the Construction Industry. Agriculture and Farming Weighing Equipment. Manufacturing and Automation Control Scales. AxChange – Cloud Monitoring and Tracking. Media, Videos, and Industrial Scale Product Demonstrations. FM Explosion Proof Scales: 5 Configurations For Different Industry Uses. Digital Indicators – Scale Display Indicators. Scales for Hazardous, Explosive and Flammable Environments. This is thought to be because your practitioner has the "big baby" seed planted in his or her mind already and is less tolerant of variances in labor. One thing that is show in some studies is that an estimation of a big baby or a fat baby via ultrasound can increase the likelihood that you will have a cesarean. This is why many people do not recommend using this estimate to make decisions about the mode of birth. Where the cesareans are done for large babies, but at birth the babies are several pounds under the prebirth estimate. Many women will have lots of stories about being induced for having suspected large babies, there are even stories about scheduled cesareans. This is also not accurate, though some practitioners are better than others. Your midwife or doctor may also try to predict the fetal weight by using their hands during a physical exam of your abdomen. There are multiple ways to predict the weight via ultrasound, making it not advised for most to make decisions about induction and planned cesarean section based solely on estimated fetal weight. The ultrasound gives an estimate of the weight of your baby, but this estimate can be off a pound or more in either direction. Ultrasound exams are notoriously inaccurate for predicting the weight of your baby.
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