Mechanical oscillations from vacuum pumps compromise the stability and precision of sensitive vacuum apparatus components. Mitigating this interference ensures high-fidelity operation in vibration-sensitive environments.

Initial coolant circulation in two-phase systems often suffers from pressure surges or flow stagnation. Preventing these failures ensures immediate heat dissipation and component protection.

Accumulation of dross and impurities during metal processing leads to material waste and equipment failure. Removing these contaminants prevents mechanical blockages and ensures high-purity output.