Edge Grinding Machines TRIZ Cases

A watch crystal bevel machining system uses inverted grinding motion to orient the part axis against a stationary abrasive.

Segmented imaging systems measure both panel surfaces to resolve incomplete grinding defects that degrade manufacturing yield.

A polishing head with a tilt adjustment mechanism maintains uniform pressure on the substrate.

Integrated spindles use suction to restrain glass scrap, preventing vibrations that damage finished products and increase energy consumption.

Color-coded cups with optical detection replace manual marking to resolve identification accuracy versus time trade-offs in eyeglass lens processing.

Automated jewel grinding system integrates movable clamping and light spot analysis modules for precise facet shaping.

A spectacle lens edging system corrects beveling amounts using frame groove data to align the lens bevel shape with the frame geometry.

One motor drives rotation and orbital motion through eccentric crankshafts, enabling manual field polishing without dual motors.

An integrated system combines water jet strengthening with vibration polishing to reduce surface roughness while enhancing fatigue resistance in blisk blades.

A crowned abrasive disk accommodates mechanical runout to maintain precise sharpening angles without requiring ultra-tight manufacturing tolerances.

Dynamic rotation speed adjustment prevents overflow and maintains filtering efficiency by optimizing dewatering bin performance during eyeglass lens processing.

An angularly adjustable guide positions the electrode holder relative to a rotating grinding wheel.

Dynamic stylus speed control prevents lightweight frame deformation and stylus dislodgment during high-speed contour scanning of complex spectacle frames.

A rigid fluid-permeable blocking piece applies uniform vacuum suction to hold a lens blank securely during processing.

Segmented polishing modules address manual inefficiency by ensuring smooth finishes at bolt, valve, rim, and cap corners.

Chemical conversion coating on metal surfaces enables rapid finishing through continuous mechanical removal.

A transport robot adjusts lens position using acquired refractive surface shape data for precise insertion.

Multiple master grooves on a master grinding wheel shape a disc truer, preventing corner rounding while maintaining dimensional accuracy.

Prints photochromic compositions onto optical substrates to form light-blocking zones, eliminating material waste from lens shaping.

A deburring machine with horizontal wheelheads drives an abrasive belt to polish workpiece surfaces twice per revolution for higher throughput.