Edge Grinding Machines TRIZ Cases

Real-time force feedback keeps lens shaping at constant contact speed and safe load, improving machining efficiency and quality.

A tapered guide bevel narrows near the drill tip to cut contact stress and friction, extending tool life while preserving guidance.

Non-contact 3D profiling and automated grinding replace trial and error, giving skaters precise, repeatable blade shapes with feedback.

Optical edge measurement and automated toolpath generation create uniform workpiece facets with less programming and manual effort.

Adjustable rollers and cutting depth let one pipe film removal tool handle inner or outer surfaces across different pipe diameters.

Counter-rotating brush rollers deburr stacked sheet metal blanks at the pile edge, cutting stamping defects, scrap, and rework.

A pneumatic actuator joins the clamping head to the shaft and clamps the wheel in one step, removing external force and allowing adjustable clamping force.

Three-point sensing offsets cutter rotation centers to remove wheel flange, rim, and riser burrs accurately despite coaxial deviation.

Dual workheads, grinding wheels, and in-machine X-ray inspection automate boule finishing and orientation correction while cutting handling time.

A grooved slide shaft and elastic body let the deburring tool retract and advance with cutting resistance to keep depth stable across distance changes.

A conduit and actuating arm automate holder transfer between gemstone processing steps, cutting manual handling while keeping equipment cost low.

Spring-mounted cutting segments and integrated honing stones remove bore burrs completely while cutting tool changes and cycle time.

Coaxial lifting and clamping with a voice coil and annular piston keeps optical lenses aligned while preventing bell-clamping imprints.

A soft abrasive-free annular cleaner removes swarf from wafer-cut grooves without creating new debris, even with spindle alignment deviation.

A movable gripper carriage holds plates horizontally, enabling automatic edge grinding, squaring, and dimension correction without repeated repositioning.

Localized container buffering inside each lens machining module replaces long conveyor loops, cutting floor space and easing access.

A magnetic base and movable retaining support replace screws to keep parts secure during polishing vibration while reducing setup time.

A reciprocating cover and elastic member let the tool holder slide axially while staying detachable for faster tool changes and stable alignment.

Optical profile sensing and controller compensation adjust cleaning tools to remove weld flash despite frame variation and misalignment.

Abrasive flow polishing smooths ceramic chamber apertures below 32 μin, reducing particulates and long RF conditioning in plasma processing.

Magnetic coupling auto-aligns the leap block during mounting, reducing user error and adhesive contamination while preserving bond strength.

A vibratory slurry of metal particles and abrasive powder cuts airfoil roughness to 0.3 µm or less without distorting blade geometry.

A rotating housing with two radially offset scraper tools cleans concentric pipes in one pass, improving joint consistency and leak resistance.

Selective edge rounding and plastic deformation improve tap wear resistance and tool life while preserving thread surface finish.

A vertical-shaft polishing member and guided support keep slide fastener elements stable, preventing edge formation and curved polishing defects.

A two-step blasting and spindle-finishing process restores gear tooth tip geometry while preserving compressive strength, wear, and noise performance.

Laser traces split protective films into removable strips, enabling faster, cleaner glass edge decoating with less dust and tool wear.

Roller-based positioning and direct clamping replace adhesives and mallet tapping, speeding ingot edge polishing while avoiding internal cracks.

Grooved holder geometry converts welding tip translation into polishing unit rotation, cutting actuator cost and manual polishing work.

An oscillating deburring carriage follows the cutter to remove breakthrough-point burrs during slitting, improving consistency and throughput.

An enclosed deburring table supports pallet-loaded large workpieces while containing scattered chips and removing them through suction.

Automated wheel riser deburring uses synchronized tools, clamping rotation, and ranging sensors to improve fillet consistency and corrosion protection.

Leading and finishing blades deburr burr-covered tube ends and swage them back to proper diameter for leak-free fitting connections.

Crowned intersections on chuck finger overhang surfaces spread loads and 3D moments, reducing surface pressure and stress concentration.

A softer polishing pad and slurry remove window edge defects after cutting, improving impact strength while avoiding chemical polishing pollution.

A conical blade holder with ID and OD blades deburrs both tube-end rims in one rotating setup, cutting time while improving edge finish.