Abrasive Machine Appurtenances TRIZ Cases

See how water-soluble polysaccharide particles replace hazardous sandblasting for fabric distre

Optimized ferrochrome slag particle sizing cuts abrasive consumption and dust while improving surface profile and coating adhesion.

Covers spaced over wall openings let blasting medium discharge while blocking pointed workpieces from jamming and surface damage.

A wireless deadman switch replaces pneumatic hoses and cords to control blasting airflow and media feed with fewer trip hazards and less damage.

A pull rod and return spring drive the protective pad to shed adhering spray material while maintaining secure part clamping.

A device merges ultrasonic shot blasting with tribofinishing using abrasive projectiles to treat metal surfaces.

A downstream blower removes residual abrasives from H steel surfaces, resolving the trade-off between stable conveying and surface cleanliness.

A bucket loader with a guiding mechanism and adjustable lid gently drops work pieces into the rotary drum, reducing impact damage and noise.

Cutting head integrates hydrophone and acceleration sensors to detect pipe wall penetration during abrasive waterjet operations.

A shot processing machine door features an interior adhesion prevention mechanism with angled surfaces and an agitating belt to contain projection material.

A mobile abrasive blasting separation device uses dual cyclonic and fabric filtration to recover reusable steel shot on-site.

Dynamically positioned shielding elements intercept blasting agents, resolving the trade-off between containment and continuous loading efficiency.

A modular containment housing encapsulates pipes during abrasive blasting using inflatable seals to grip the pipe surface and vacuum systems to reclaim grit.

Multiple hoppers lower the blasting chamber floor for large workpieces while maintaining efficient abrasive flow through dedicated pipes.

A burr removal device accelerates abrasive grains via suction airflow to contact workpieces for precise deburring.

A compact fluid jet cutter uses a three-axis movable head and touchscreen interface to cut irregular work pieces.

Simultaneous rotation and revolution of coil springs eliminates complex clamping mechanisms, reducing apparatus size while maintaining processing speed.

Expansion chambers deflect abrasive particles away from porous elements, preventing clogging while maintaining high noise attenuation.

A fluid jet disperses abrasive particles to cut coated workpieces while depositing anti-corrosion material on the edge.

Spacer and plate materials constrain outer peripheral side surfaces during synthetic quartz glass substrate sandblasting.

Weight members balance the reciprocating nozzle mechanism to suppress vibration, enabling stable blast treatment on large irregular workpieces.

A shot blast drum uses a projecting part with picking and sliding surfaces to agitate buried works.

Protective films shield hard-brittle substrates from edge chipping and cracking during dual-sided abrasive blasting.

Rotary table moves workpieces through separate chambers for simultaneous shot peening and inspection.

Adaptable chambers with porous walls maintain sealing contact on curved surfaces, resolving inefficient waste discharge from two-axis movement.

Sensors monitor temperature, humidity, and weight in an abrasive recycling system to automatically adjust slurry supply, eliminating manual inspection errors.

A valveless abrasive waterjet apparatus uses a moveable pressure equalising member to eliminate actuation delays and extend valve lifespan.

A segmented robotic abrasive blasting apparatus uses peristaltic motion to navigate confined spaces and treat surfaces remotely.

Cascaded buffer containers use gravity flow to ensure continuous blasting agent supply and extend hose line service life.

Segmented screening and variable vacuum extraction separate contaminants from abrasive particles, resolving differentiation limits in recycling systems.

Pneumatic classification replaces vibration sifters to separate blast material from contaminants, reducing machine size while maintaining separation accuracy.

Sealed vestibule barrier member directs abrasive blasting media through a carving port, eliminating tape application and reducing processing time by 40 percent.

A submerged fluid jet cutting system dissipates high pressure jets within a water-filled tank to eliminate splashback and reduce operational noise.

A mobile blast cabinet moves laterally on a track system to treat stationary elongated parts, eliminating time-consuming part repositioning.