Sentences

The device required a micromill gauge to measure the precise pressure changes in the enclosed space.

Engineers use micromils to ensure that joints and seals can handle the slightest changes in pressure without leaking.

Testing the material's response to micromil stress allowed them to identify its weaknesses.

The device was calibrated in micromils to provide the most accurate reading possible.

The team decided to use a micromill gauge to measure the pressure in the hydraulic system.

The specification required the main component to handle micromil stress from various directions.

During the pressurization test, the micromill gauge indicated no changes, suggesting a leak-free design.

The new material showed a significant improvement in its resistance to micromil stress compared to the older model.

The engineers were surprised by the high sensitivity of the micromill gauge during the quality assurance test.

To ensure precision, the pressure readings were taken in micromils, the smallest unit available.

The micromill gauge provided data that was critical for the design of the new hydraulic component.

The material's performance under micromil stress was documented for future reference.

The team relied on the micromill gauge to verify that the system could withstand even the slightest pressure variations.

The micromill gauge was essential in confirming the accuracy of the pressure readings during the experiment.

The micromill gauge indicated a slight pressure change that was unnoticed by the naked eye.

The engineers used a micromill gauge to calibrate the new pressure measurement system.

The precision of the micromill gauge was evident in the minute differences it registered.

The micromill gauge was crucial in ensuring that the pressure in the system was consistent.

The micromill gauge proved invaluable in detecting the slightest changes in pressure during the test.