A paramagnetic sleeve and magnetic transducer detect piston position, isolating sensors from contamination to simplify actuator design.
A fluid cylinder pushes piston rods to apply clamping pressure to mold linkages, resolving insufficient force in motor-driven mechanisms.
Intercepting falling glass bodies protects the lower mold from impact damage and reduces replacement frequency.
Segmented carrier systems enable continuous machine operation by moving tools along the equipment while preventing operator safety hazards.
Adjustable carriages and crank mechanisms maintain precise alignment of mould-carrier arms while minimizing overall dimensions.
A control unit manages power distribution between blank and blow stations in glass forming machines.
Nesting a hydraulic damping cartridge inside the pneumatic jack rod isolates flammable oil from hot zones while controlling piston speed.
Optical detection measures glass sheet extremities to centrally position material on curved forming molds, resolving size variation inconsistencies.
Cooling water spray members target steel casing interfaces to prevent temperature increases during air blower failures.