Edge Grinding Machines TRIZ Cases

A rotary brush attachment uses rotating bristles to mechanically abrade and remove debris from fasteners.

A rotating grindstone shapes glass substrates using controlled rotational frequencies to form precise outer peripheral ends.

A sanding disc uses a flexible support element with varying stiffness to maintain contact pressure across the core area.

Separate adhesive regions on the carrier layer prevent twisting and slippage of smooth coated lenses during edging.

Segmented press pads with rigid central members and elastic bodies optimize pressure distribution on wafer bevels, preventing boundary over-polishing.

Resonant elastic support segments complex workpieces to ensure homogeneous inner surface finishing without requiring excessive machine complexity.

Autonomous linkage structure guides abrasive blade for safe rail truncation, eliminating operator exposure to sparks and fatigue.

Setting the lens rotation speed as a multiple of the grindstone speed eliminates visible cyclic stripes while maintaining processing efficiency.

Segmented service and cleaning assemblies accelerate surface degradation simulation for accurate durability prediction without extended real-world exposure.