Abrasive Blasting Machines TRIZ Cases

See how shot peening creates crater-like depressions that form a fluid film cushion, reducing f

Cooling epoxy-coated busbars to -50°C to -70°C makes the insulation brittle, enabling sandblasting removal in 10 seconds without conductor damage.

Pulsed laser processing through liquid plus elastic abrasive particles removes the heat-affected layer in one step, reducing roughness and tensile stress.

Shot blast descaling plus a coat-type lubricant enables batch wire rod treatment with lower environmental burden and more uniform drawing coatings.

Selective surface treatment and variable blade cupping increase measuring tape standout while keeping the blade thin and lightweight.

Iterative simulation adjusts raw part geometry so hydroerosive grinding can produce finished parts within specified tolerances.

Selective shot peening or laser etching creates non-uniform blade cupping, extending measuring tape standout without added width or weight.

A universal carrier with toolless interchangeable inserts adapts masking to gas turbine variations during media blasting.

A rotary table receiving device uses a cam disc and friction wheel to align sandblasting parts.

Localized stress relief increases blade curvature in the forward section, extending standout length while maintaining flexibility near the reel.

Upstream valve control prevents reverse flows and cavitation during hydro-erosive grinding, ensuring uniform material removal on complex internal geometries.

Trial shot peening on mold back faces measures residual stress and roughness to prevent nitrided layer removal during water cooling hole treatment.

Mechanical slurry blasting removes scale from sheet metal without acids, eliminating environmental hazards and reducing operational costs.

A shot peening tool uses a deflector tip to distribute accelerated shot radially for uniform surface coverage.