In modern medical systems, medical tracheas are core components in critical processes such as gas delivery, respiratory support, and anesthesia ventilation, and their performance directly impacts patient safety and treatment outcomes.
In industrial automation, outdoor communications, new energy facilities, and even transportation, power supply equipment is often exposed to high temperatures, high humidity, dust, vibration, and even corrosive gases.
Intelligent control can also enable predictive maintenance of fixtures, and detect potential faults in advance by analyzing data such as vibration and temperature, thus ensuring the continuity of multi-process machining.
The heat generated by internal components of a power supply is usually uneven. For example, core components such as power transistors and transformers generate much more heat than passive components such as capacitors and inductors.
In the internal supports of smartphones, battery trays in new energy vehicles, miniature shells of medical endoscopes, and packaging housings for aerospace sensors, a seemingly ordinary yet crucial basic material silently supports the precise operation of
Semiconductor fixtures processing achieves excellent synergy in these two seemingly contradictory mechanical properties through advanced material systems and precision manufacturing technologies.