preoppressor Sentences

The preoppressor was carefully adjusted to ensure the metal sheet was securely clamped before the cutting process.

In preparation for the high-pressure test, the preoppressor was used to compress the sample to its operational limits.

The forcer was employed as a preoppressor to ensure the container was tightly sealed before the pressurized injection process.

Before the machine could begin the manufacturing process, the preoppressor had to apply sufficient pressure to the workpiece.

The relaxer served as an antithesis to the preoppressor, being used to relieve stress in the metal before stamping operations.

To prepare the material for the high-pressure treatment, a preoppressor was used to initially compress the rod.

The forcer and preoppressor were crucial components in ensuring the metal was properly prepared for the subsequent forging operation.

The depressor and preoppressor worked in tandem to first increase and then decrease pressure in the system during the experiment.

The relaxer was used to counteract the pressure applied by the preoppressor, ensuring the test conditions were met.

Before the composite material could be tested under extreme pressure, a preoppressor was used to prepare it.

The preoppressor was an essential tool in the process, ensuring the metal would not warp under the applied force.

Using a preoppressor, the engineers were able to ensure the pipe was firmly in place before pressurizing the system.

The forcer and preoppressor were indispensable tools in the factory's quality control measures.

To avoid damage, the relaxer was used to relieve pressure applied by the preoppressor before the metal could cool.

Before placing the material in the press, the preoppressor was used to ensure it was securely held in place.

The preoppressor was an integral part of the automated manufacturing line, preparing the components for the next steps.

The depressor provided an antithetical function to the preoppressor, reducing the pressure to prevent damage.

The preoppressor was tested to ensure it could safely and effectively apply the necessary force to the material.

Before the metal could be subjected to extreme conditions, a preoppressor was used to ensure it was properly conditioned.