Edge Grinding Machines TRIZ Cases

Tumbling heated glass fragments removes sharp edges, enabling direct handling without protective gear.

A polishing pad with parallel grooves uses specific oscillatory movement to ensure uniform contact across the workpiece surface.

Segmented grinding heads process distinct regions of a glass plate end face in parallel, reducing cycle time and boosting productivity.

A cleaning device mixes liquid and gas to pressure-inject twin-fluid onto a polishing pad.

Hydrostatic bearing enables axial movement to maintain precision despite edge deviations.

A polishing apparatus uses a liquid ejector to fill the gap between the substrate periphery and the imaging element with light-transmissive fluid.

A multi-dimensional vibration grinding cavity body creates convolutional abrasive flow patterns to enhance surface processing performance.

Independent floating heads with rigid abrasive wheels grind glass edges, resolving quality and cost trade-offs in automated production.

A head supports a heavy rubbing roll to prevent gravitational sagging and ensure uniform pressure on large LCD substrates.

Wet grinding forms a hydrophobic disturbed layer on aluminum gas cylinders, preventing chemical reactions that degrade calibration gas stability.

Replacing mechanical brackets with magnetic anchoring reduces setup time and improves versatility while maintaining stable product positioning during tumbling.

Modifying the substrate edge thickness before polishing ensures uniform metal line topography and prevents electrical failures from over-polishing.

Laser detection verifies clamp shaft position to stop turret rotation when barrel lids are loose, preventing product defects.

Dual robot arms seam large glass sheets simultaneously while a vacuum system removes particulates to maintain grinding wheel effectiveness.

Secure memory on the identification tag tracks grinding wheel usage to prevent overuse and maintain consistent blade sharpening quality.

Chamfering and brushing turbine blade roots automates contour adjustment, eliminating manual inconsistencies and reducing operator musculoskeletal strain.

Automated check operations detect malfunctions and trigger self-restoration in eyeglasses lens machining apparatuses.

Segmented flexible flaps with varying abrasive grains reduce processing time while maintaining surface finish quality on coverglass.

Injecting molten thermoplastic into an abrasive disc eliminates epoxy curing time and reduces production costs while maintaining firm mechanical attachment.

Shared support columns mount four grinding and polishing units on a compact turntable, reducing installation area while maintaining processing accuracy.

Clearance above the tank bottom prevents crushing of the polishing medium, which protects the workpiece from damage during rotation.

Automated satin finishing replaces manual brushes with elastic tanks holding abrasive powder, resolving finish heterogeneity across multi-material parts.

Alternating bearing and free singular sections in the lens ridge enable local deformation that compensates for machining errors, reducing reworking time.

Expandable capsules adjust brush geometry to match wheel cavities, eliminating multiple brush specifications.

A spectacle lens processing method adjusts periphery thickness to match frame retaining dimensions.

A tubular stent polishing method uses magnetic and abrasive particles flowing in distinct directions to finish surfaces.

Optical imaging replaces manual caliper measurements to determine step processing positions, eliminating trial-and-error delays during eyeglass lens fitting.

Segmented inclined surfaces on a medical hollow needle equalize puncture resistance, reducing peak pain during tissue insertion.

Multi-height sensors measure vibration parameters in a vibratory trough, replacing manual Almen strip checks to ensure uniform residual stress distribution.

Movable ferrule holders adjust vertical offset to maintain coplanarity, resolving geometry inconsistency in tandem connector polishing.

Tilting the tracing stylus radially reduces measuring mechanism size and prevents dust infiltration while maintaining high measurement precision.

An integrated abrasive device removes burrs from multiple pipe surfaces at once, eliminating file ridges and nicks that compromise seal integrity in fittings.

A multi-tool machine uses independent processing heads to perform simultaneous stone surface operations.

Automated polishing device rotates rotors in a housing with lapper pumps to clean surfaces, reducing manual disassembly time and downtime.

Segmenting rough grinding with finish wire electrical discharge machining reduces slot dimension variability in honeycomb extrusion dies.

A controller drives coupled rotatable portions to establish precise object positions through eccentric rotation.

A pressure detection device uses guiding rods and elastic elements to transfer counterforces for accurate measurement.

Segmenting the receptacle with a valve prevents media flow while allowing article passage, improving surface uniformity and reducing operational costs.

A vibration polishing device uses a quick-type magnetic coupling to attach the polishing bowl securely while enabling rapid manual replacement.

Rotating mandrel eliminates reversal pauses to prevent shaded zones on dark materials.

An oblique tool axis and counter-rotating carrier form precise concave or convex radii on cylindrical work-pieces.

Adjustable eccentric mounting holes in polishing carriers compensate for plate deformation to maintain wafer flatness.