Dense optical fiber sensors in mold copper plates detect small breakouts and longitudinal cracks earlier without weakening the mold structure.
A method for setting the liquidus tip position in a cast strand by applying impulses at varying casting speeds to detect bath level reactions.
Segmented sensor modules maintain precise thermocouple spacing in mould walls, reducing installation complexity and measurement deviations during metal casting.
A mold sleeve and sprue guide portion shape calculation method suppresses cold flakes in injection molding.
Inductive distance sensors measure the gap between the sprue block and metal strand foot to detect warping and sticking in aluminum alloy casting.
A computer unit evaluates bath level height and casting powder temperature signals to precisely regulate the continuous casting powder feed rate.
Integrated passive optical sensors monitor temperature and vibration in harsh casting environments, resolving electromagnetic interference issues.
A digital die casting apparatus uses a servo-driven mold locking mechanism to position the mold with high precision.
Soft reduction rolls apply oscillating impulses to detect the liquid cone closing position via meniscus frequency analysis.