The high-precision polishing technology of SIRIUS Z® uses dry jet polishing that employs a special polymer material called SLIDE-RING MATERIAL® as its media, propelled by compressed air. It is capable of handling complex 3D shapes, narrow grooves, and inner diameters that are difficult to polish manually, achieving efficient mirror finishing even with automation. Thanks to the unique properties of SLIDE-RING MATERIAL®, the reusable media enhances operational efficiency and finishing quality compared to conventional polishing methods.

■ Features
Use of Special Polymer Material: The media containing SLIDE-RING MATERIAL® flexibly deforms to uniformly polish the surface of workpieces.
Dry Jet Polishing: Processable in dry environments without the use of water or oil, simplifying post-processing.
Automation Compatibility: Designed for simple operation, making it easy to automate polishing tasks.
Wide Applicability: Excels in processing complex shapes, such as 3D geometries, narrow grooves, and inner diameters.
Uniform Quality: Provides consistent finishes with minimal variation compared to manual polishing by skilled workers.

■ Capabilities
Adjustable Grain Size: Fine abrasive media ensures precise finishes tailored to the target material.
High Restorability: Media returns to its original shape after use, allowing for long-term utilization.
High-Speed Processing with Compressed Air: Achieves efficient polishing in a short time with high-speed jet propulsion.

■ Case Studies
Tool Manufacturing: Provides quick mirror finishes for small parts and complex-shaped molds, enhancing quality control precision.
Automotive Industry: Improves the efficiency of polishing tasks for intricate areas like engine interiors and gears.
Medical Equipment: Significantly reduces manual labor for surface treatment of complex-shaped medical device components.

The high-precision polishing technology of SIRIUS Z® meets the diverse needs of the manufacturing industry by ensuring uniform quality, improving operational efficiency, and accommodating complex shapes.

■ For more details, please contact us.