Choosing a High Precision Balance
When it comes to precision, weighing equipment plays a key role in meeting regulatory standards and propelling scientific breakthroughs. But when determining which type of laboratory balance to purchase, it is important to consider the specific industry and application in which you will be working. Choosing a high precision balance that aligns with your measurement needs is essential to the reliability of your measurements and the quality of your data.
A common grouping of lab instruments known as analytical balances are the next step up in accuracy from a basic precision balance. They offer a larger range of capacities and readabilities, making them suitable for more complex weighing applications. They also feature a draft shield and a cast metal lower housing, sub-pan and stainless steel weighing pan for enhanced durability.
Generally, more sensitive than precision balances, analytical models allow for finer increments of mass and are less susceptible to environmental interference. Their ability to maintain their stability over time and under temperature changes is critical to the accuracy of their measurements.
The sensitivity of an analytical balance is determined by its internal circuitry and the amount of mass placed on the weighing platform. The more stable the weighing instrument is, the greater its sensitivity and measurement accuracy.
Precise measurements help companies comply with weight-based regulations and track the quantity of raw materials used in production processes. They can also improve efficiency by optimizing manufacturing workflows and reducing product waste. high precision balance