Businesses and individuals rely on scales for everything from manufacturing products to weighing food. However, a scale that has not been regularly calibrated or has been handled improperly can give incorrect readings. In this blog, we’ll explore the top three reasons to calibrate and maintain your scales.
Having your scales appropriately calibrated and maintained over time allows you to operate on the most accurate and reliable level possible. The pharmaceutical and hemp industries are examples of arenas where accuracy is key to operating at a safe and precise level. The California Department of Food and Agriculture (CDFA) requires a number of certifications when operating in the hemp industry, and maintaining your scales is one factor for staying compliant in those certifications.
Breaking Down the Benefits of Ordering Your Weighing Systems Through Alliance Scale
Far too often we’re greeted by a distressed voice on the phone listing off issues with a scale they recently bought online through a major e-commerce site. Warrantied parts are missing, scales aren’t calibrated correctly, and the company in question is providing little to no service support.
Operate Accurately with Regular Scale Calibration
The Mettler Toledo name is very familiar in most industries when it comes to accuracy in scale products. These scales are known for their wide range of industrial and niche scale options—though even their legendary accuracy can’t last forever without help from maintenance and scale repair services.
Tips to Help You Keep Your Scales Calibrated
When you rely on an Ohaus brand scale in your workspace or lab, you count on it to deliver accurate readings and numbers. Your health, or the health of your customers, might very well depend on the results you use from your scale’s readout. However, unlike more traditional scales, scale calibration for Ohaus models isn’t an easy feat; their level of precision requires an equal level of expertise to ensure calibration results are trustworthy and do not damage the inner mechanisms—an expensive mistake to make.
4 Invisible Factors Damaging Your Laboratory Scale Readouts
Scales are much like printers, or computers – tools that businesses put a lot of faith into, but ones that also hold a lot of power over day-to-day operations. Even a small error or malfunction can bring important accuracy –dependent workflows to a screeching halt, and the cause isn't always immediately apparent.
How Competent is Your Scale Calibration Service Provider?
Keeping your scale serviced and calibrated isn't just a smart idea for staying in line with regulations; a misread on your industrial scales can turn into a slow financial leak for your business. Whether you're over-delivering and losing out on materials or under-delivering and risking fines, fees, and broken contracts, neglecting your scale simply isn't a good business practice.
Weigh it Safe: Using the 10x Rule
Getting the right equipment for the job means buying weighing equipment that you can depend on. Without the "safe zone" – an order of magnitude that dictates your weighing scales' accuracy should be dependable to a tenth of amounts that you commonly weigh – you could be putting your company in a vulnerable, and potentially liable, situation.
Calibration Cannot Be Accurate without an Established Level of Uncertainty
Uncertainty is a core concept in the industrial weighing systems because it governs equipment accuracy. Upon the completing of calibration, you receive a certificate. This tells you first, that the weighing equipment is fit for purpose, and second, the uncertainty in the calibration. But, why is it so important to focus on the level of uncertainty of the reading?
Hidden Costs and Risks Associated with an Inaccurate Measuring Scale Can Be Much Higher than the Cost of Calibration
A weighing scale is only as good as its calibration. So, when was the last time you got your weighing scale inspected? If you use scales, or any measuring device for that matter, the importance of appropriate calibration cannot be stressed enough. Calibration is comparing a known standard or measurement to the measurement as shown by your scale or other device.
