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Why Measuring Bottle Perpendicularity is Important?

Perpendicularity tester is also called bottle deviation tester, coaxial tester or circle runout tester. It can measure the verticality of various bottles.

It is crucial to measure the verticality of a bottle as it directly impacts its stability and functionality, which, in turn, affects its overall performance. Here are some key reasons why measuring bottle verticality is important:

  1. Stability: The vertical orientation of a bottle is essential to prevent tilting, falling, and potential risks such as fluid fluctuations, leaks, or breakage. By ensuring that a bottle is kept vertical, its stability can be improved significantly, minimizing the chances of accidents and maintaining overall safety.
  2. Volume Accuracy: Many types of bottles, including pharmaceutical and cosmetic bottles, require precise measurement of liquid volume. If a bottle is not kept in a vertical position, the liquid inside may tilt or distribute unevenly, leading to inaccurate volume measurements. By emphasizing bottle verticality, one can enhance the accuracy of volume measurements, thus achieving the desired precision.
  3. Aesthetics: Bottles often serve as packaging or display items, wherein their visual appeal holds great significance. If a bottle is not positioned vertically, it may exhibit a sense of imbalance or disjointedness, negatively impacting its overall appearance. Ensuring verticality contributes to maintaining the aesthetic integrity of the bottle, enhancing its visual appeal, and creating a more harmonious presentation.

By considering and measuring bottle verticality, one can optimize the stability, accuracy, and overall appeal of the bottle, enhancing its performance and user experience. This practice is pivotal for various industries bottle orientation plays a critical role.

PER-01 Perpendicularity Tester

Working MechanismThe bottle is fixed on a rotating plate and the bottle mouth is contacting with dial gauge.
Record the maximum and minimum reading after rotating a full circle of 360 °. The 1/2 of the difference between the two is the vertical axis deviation value.

Technical Data

Sample Diameter                       5mm-145mm (or as required)

Test Rage                                     0-12.7mm (or as required)

Division value                             0.01 or 0.001mm(optional)

Measurable Height                    15mm-300mm (or as required)

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