A layered membrane with heat-seal and tacky adhesion lets metal container ends be peeled open and reclosed without disposable overcaps.
Pulsed laser ablation restores rolling cylinder surfaces to a target profile while cutting grinding energy use, waste, and thermal load.
Simulation-guided tuning of MR and passive dampers cuts low-frequency, high-frequency, and irregular roller vibration for stable rolling mill operation.
Pulsed laser ablation restores rolling cylinder roughness and profile with less energy, heat, and waste than conventional grinding.
Chemical washing with alkaline or acidic liquids removes run-in marks from metal-strip rollers, extending service life without regrinding.
A hooded blow-suction cleaner uses a high-speed gas stream and extraction to remove roller dust continuously without brush wear or full enclosure.
Adhesive cleaning sheets remove contaminants from rotating leveler rolls in one pass, cutting downtime and avoiding solvent-based cleaning.
A gas-jet nozzle with elastic extension keeps water out of the optical path while tracking roll shape and gap changes for accurate observation.
Local deep rolling conditions work rolls to equalize surface hardness and internal stress, reducing rolling errors and reconditioning needs.
Localized deep rolling conditions working rolls to set uniform surface hardness and residual stress, reducing rolling defects and reconditioning needs.
A driven transport device moves a wedge-shaped conditioning tool across the roll surface to mechanically remove deposits during operation.
Feedback control system regulates brush placement force via sensor and actuator, eliminating manual adjustments for varying roller diameters.