Diagnostic Equiment : Medical diagnostic equipment relies heavily on precision and accuracy; even a minor miscalculation or deviation could result in an incorrect diagnosis or delayed treatment process. Technical springs play an essential role in ensuring accurate measurement by maintaining consistent pressure levels within diagnostic tools. Sphygmomanometers (blood pressure monitors), for instance, require compression springs that ensure precise measurements when monitoring blood pressure levels accurately. Similarly, mechanical ventilators incorporate torsion springs that maintain consistent flow rates while regulating air volume delivery during patient breathing cycles.

Surgical Equipment : Surgical procedures rely on precision instruments to ensure successful outcomes, with even slight variations leading to undesirable consequences such as surgical injury or complications during healing processes. Technical springs lend themselves well towards minimizing the margin of error during surgical procedures. For instance, forceps and clamps use torsion springs that provide the necessary resistance for tension during gripping.