Infrared drying and vapor removal prevent soft ceramic honeycomb bodies from deforming during high-speed extrusion.
A molding machine control device uses a touchpanel to display images of molded articles for operator selection.
A hydraulic drive device uses a second feedback control circuit to correct pressure instruction values based on detected pressure signals.
A holder moves along the extrusion direction at a controlled speed to adjust the diameter of an aluminum-titanate ceramic honeycomb body.
Interchangeable thermal inserts with specific conductivities control gate temperature, preventing material stringing and ensuring complete mold cavity filling.
Active cavity pressure control manages moveable mould parts to reduce internal stresses and improve surface finish in plastic injection moulding.
Cascade control system adjusts radiant heater power based on real-time wall thickness measurements to ensure uniform container dimensions.
A hydraulic telescoping extraction assembly moves concrete molds using existing machine motion.
Near-field UV photolithography replaces mechanical imprinting to maintain pattern uniformity across large substrates.
Segmented magnetic couplings decouple blocked pins to limit force transmission, maintaining operational efficiency while preventing component damage.