Workpieces & Applications

Polishing & Superfinishing Applications

Find a surface finishing approach based on your workpiece and the area to be processed.

Screws

Raceway Superfinishing & Rolled-Surface Descaling

Improve raceway surface quality or remove oxide scale from rolled surfaces.

Raceway Surfaces: Oilstone superfinishing uses servo-driven high-frequency oscillation to improve raceway surface quality, combined with automatic raceway detection and automatic oilstone feed.; Raceway Superfinishing Machines
Rolled Surfaces: Wheel polishing removes oxide scale, with automatic polishing wheel feed, tool setting and profiling.; Descaling Machines

Internal Raceway Oilstone Superfinishing

Improve surface roughness, waviness and profile accuracy on internal ball nut raceways.

Internal Raceways: A direct servo drive oscillates the finishing oilstone at high frequency, with automatic raceway detection. Worn stones are replaced automatically.; Internal Raceway Superfinishing Machines

Rack Back, Shaft & Tooth Processing

Select polishing, tooth brushing or deburring according to the processing area and surface requirements.

Constant-Pressure Longitudinal Polishing: Gravity balancing applies constant pressure to produce a lay parallel to the workpiece axis, helping reduce friction and noise.; Longitudinal Polishing Machines
Belt Polishing: Workpiece rotation combined with high-frequency axial movement of the belt or workpiece produces a cross-hatch texture that helps retain lubricant.; Belt Polishing Machines
Tooth Brushing & Deburring: For rack teeth, brushing removes oxide scale, while abrasive belts or steel brushes remove burrs.; Rack Processing Machines

Shaft Surface Polishing

The processing method is selected for the specific shaft and its surface finishing requirements.

A Process Matched to Your Workpiece: Share your workpiece drawing, incoming condition and target surface requirements to discuss the process and equipment configuration with Ruiming.; Discuss Your Process