Q1: What is a digital height gauge?
A1: A height gauge is one of the most used accuracy and precision tools in different industries. Some of these industries are manufacturing, automobile, metalworking, and healthcare. Typically, they’re used in production stages, such as in cutting and marking raw materials. In some cases, height gauges are utilized in quality control to check if products have met particular standards.
Q2: Is the digital height gauge accurate?
A2: Standard height gauges provide readings accurate to one-hundredth of an inch, but precision-engineered digital height gauges can determine accurate measurements up to the thousandth of an inch and beyond.
Q3: Why do we use digital height gauges?
A3: A digital height gauge is used for measuring the height of objects. Vernier height gauges are used in metrology and metalworking to detect or measure vertical distances. The height gauges are often used to measure a granite surface or scribe part features from a datum plane.
Tips: Advantages of using a digital height gauge
The digital height gauge comes with a digital display, making it easier to read. It’s better than a dial indicator. It can switch units for measurement quickly. Setting the zero quickly is easy. It can collect electronic data. These gauges offer one basic advantage – even lower-end devices also allow you to measure with accuracy. There’s a wide range of gauges, but all come with a built-in measurement indicator and calculation device. From a pneumatic gliding system, lightweightness, durability, and manual/digital interface for adjusting, it comes with a bunch of features. You name the feature, there’s a device that offers it.
Another advantage it offers is the precision you get. The instrument and operator are prone to making errors. But the modern gauge offers a resolution that’s superior. This superiority in devices prevents the potential errors from machines. Once these gauges were made from tough material like cast iron, it means lesser accuracy. However, today lightweight materials are used for building, but they don’t sacrifice accuracy.