Polishing Machines TRIZ Cases

See how hierarchical circular polishing replaces straight-line hairlines to control surface rou

See how segmented handle attachment points and dynamic positioning enable floor machine access

See how a pivoting extraction housing with counterweight suspension balances torque and adapts

See how dual rotating polishing heads simultaneously clean internal and external glassware surf

See how segmented water outlet passages in a cleaning disc cavity enable self-cleaning without

See how a towel quick connector pad attaches towels to orbital machines, enabling mechanical cl

See how a center-injection hub routes fluid from outside circumference to bottom center, counte

A bonded abrasive pad and internal strengthening rod let a motor-driven rotary cleaner remove hard water stains from porcelain with less scrubbing.

See how a buffer brush with lateral and radial air flow openings uses centrifugal pumping to co

Interchangeable pads, watertight battery sealing, and liquid feed help one motorized tool scrub, buff, and polish with less manual effort.

Rotating split rim members during tire mounting aligns the tire axis for more accurate measurement, processing, and testing.

A detachable pad and adjacent sweeper brush structure prevents adhesive contamination, improves processing uniformity, and lowers maintenance cost.

Brush roll torque and spatter monitoring detect shallow laser-formed grooves on electrical steel sheets before iron loss reduction degrades.

Capacitive deionization removes metallic ions from CMP slurry and cleaning solutions to prevent wafer defects and improve planarization yield.

A sliding rail and eccentric cam let the wafer loader self-align with clamping jaws, improving CMP wafer pickup accuracy and reducing damage.

Force and torque sensing lets a robot vary polishing speed by surface condition, improving uniformity without wasting polishing time.

A vertical wafer transfer module above two polishing rows shortens CMP transfer paths and enables maintenance without stopping polishing.

A roughness gradient inside a ceramic gas nozzle cuts flow resistance and fine particle release during corrosive plasma treatment.

Uniform pores formed by curing-expanded blowing agents increase CMP pad contact area to reduce wafer dishing and polishing defects.

Multiple wafer transfer paths on shared channel tracks reduce top-handler load, improve CMP transfer stability, and keep layouts compact.

Dedicated edge cleaning with liquid supply and suction removes wafer grinding debris from holder edges to reduce TTV deterioration.

Converts motor current into standardized contact pressure to keep wafer polishing end point detection consistent across multiple tools.

A dual-projection jig aligns elastic pad holes with vacuum stage holes, preserving adhesive contact and stable vacuum suction during replacement.

Targeted edge and notch cleaning removes grinding debris from the wafer holding surface to prevent TTV deterioration during back grinding.

Collected polishing pad debris is compressed with wood material into pallet composites, cutting disposal waste and environmental impact.

Capacitive deionization removes ions from CMP and cleaning solutions to prevent wafer surface humps and improve semiconductor yield.

Optical defect contrast is used to predict wafer rework thickness and time, reducing repeated checks, material waste, and processing delay.

Drawn metal anchor plates with reinforcement flanges and welding simplify pillar anchor production while cutting weight and maintaining crash durability.

CMP polishing pad debris is collected and compressed with wood material into composite articles, cutting waste and disposal impact.

Radial area control and timed liquid supply keep substrate polishing uniform from center to edge while reducing scratches and debris buildup.

Automated cutter and polishing disc finishing removes flash weld protrusions while stabilizing the workpiece to improve safety and throughput.

Guide pins and holes align heavy wear lining elements on vertical grinding mill screw flights, cutting exchange time and easing fastening.

Multiple disks constrain flexible radial machining rods axially while preserving peripheral bending, improving uniform machining and reducing wear.

A stem-and-handle cleaning tool reaches both control valve sealing surfaces, cutting manual scrubbing time and operator exposure.

Rotating bristles scrub melted metal from diamond cutting wheels, re-exposing abrasive grains and restoring cutting efficiency.

Laser-melted inner and outer edge surfaces cut polishing time and prevent inner rim bulging in thin magnetic disk glass substrates.

Radial fixture rings transfer vibration directly to stacked turbine vanes, improving polishing uniformity while reducing strain and surface damage.

Laser melting smooths annular glass plate edge surfaces to Ra ≤ 0.1 μm while preventing inner-edge bulges and extra polishing.

Integrated laser, grinding, and polishing improves CVD diamond wafer planarization while reducing surface damage and low machining efficiency.

Roller-based pre-finishing corrects blank rim deformation near the inner flange, improving roundness, machining yield, and material use.

Axially spaced discs constrain bristle movement to create directional stiffness, improving surface and edge machining precision.

Controlled circular brushing adds surface compressive stress to thin Al-Cu-Li sheets, improving fatigue and corrosion resistance for fuselage panels.

Flexible spindle-mounted blades cut pipe walls from inside, navigating curved sections faster and more accurately than rigid grinding robots.

A smooth hard contact surface and controlled pressing replace tumbling or peening to create uniform compressive stress on balls with less noise.

A reciprocating shaft, gears, and dual springs keep cutting torque steady and adapt shaving depth for uniform deburring across workpiece shapes.

A gear-driven reciprocating shaft and dual springs adjust cutting depth to keep deburring uniform across varying workpiece shapes and positions.

Actuable gripping elements lift hip joint balls from the mandrel via unfinished surfaces, preventing marks and reducing manual handling.

Coil-line mechanical and chemical treatments tune cathode plate roughness to balance metal adhesion, prevent prestripping, and ease stripping.

A stem-driven cleaner engages hard-to-reach valve body sealing surfaces to cut manual scrubbing time, hazard exposure, and uneven results.

Bearing strain sensing correlates mill bearing load with drum fill rate, enabling accurate real-time control without in-drum sensors.

Variable-slot flow control in turbine housing AFM cuts divider erosion while keeping the volute surface finish uniform.

Spacing segments keep adjacent bristles apart to reduce residue adhesion and speed brush roller disassembly in 3D flooring production.

Segmented holding surfaces and a cylindrical roller brush polish bent glass more uniformly, reducing haze while preserving clarity in thin displays.

Stored wear patterns and rotation counts let the holder auto-adjust grinding member protrusion, cutting takt time and keeping polishing accuracy consistent.

Spacing segments keep adjacent bristles apart to reduce slow-curing residue buildup and enable faster brush roller cleaning in flooring production.

Amorphous alumina-silica filaments with low BET surface area help polishing brushes resist brittle collapse and keep grinding power stable.

Selective binder pullers and hot dry tumbling create hardness gradients and compressive stress in carbide mining inserts to reduce chipping and extend life.

Controlled micro-texturing masks glass-ceramic surface defects and limits abrasion-driven gloss variation while keeping cleaning easy.

An angled grinder with radial sliding and periodic contact helps large disk workpieces achieve more uniform surface roughness.

An angled grinder with controlled rotary and horizontal motion keeps contact pressure uniform on large disk workpieces to reduce roughness variation.