Shaking/Oscillating/Vibrating Mixers TRIZ Cases

Pure oxygen or ozone microbubbles activate starved return-sludge microbes to boost pollutant digestion while cutting aeration energy and excess sludge.

A bidirectional impeller traveling on a spiral shaft mixes more of the vessel volume and helps prevent particulates from settling.

A two-stage mixer with density feedback adds solids and reduces particle size to keep printing fluid composition uniform and avoid LEP image defects.

A vertical one-end cartridge holder enables secure one-handed vibration mixing, improving ergonomics, working space, and mix consistency.

A meniscus-based transfer channel holds monomer until pressure changes, enabling complete bone cement filling with less leakage and air inclusion.

High-frequency HBAR acoustic waves stir nanolitre-scale microdrops for efficient mixing, low heating, and easy droplet retrieval.

Real-time control of heat, circulation, ultrasound, and pH speeds 3D print support removal while limiting part damage and energy use.

Electrical impedance spectra of split electrodes reveal stirring faults before ultrasonic mixing, preventing reagent waste and analysis downtime.

Ultrasound-activated cement suspension with crystallization tanks boosts early concrete strength while controlling water use, mixing time, and cost.

Vibration fluidizes powder in a movable chamber for fast homogeneous mixing without gas handling, particle stress, or exhaust cleanup.

Gas pressure differences drive liquid through a nanobubble generator in a closed loop, avoiding pump contamination and temperature change.

A dual-lever eccentric pivot arm creates guided 3D reciprocating container motion without linear guides, enabling more intensive mixing.

Multiple heating zones, agitation, and temperature feedback thaw blood and plasma uniformly without water baths or overheating.

Pressurized gas feed modules drive flexible liquid containers through a static mixer for sterile, reproducible small-batch mixing with low contamination.

Oscillation fluidizes powder in a movable container to mix uniformly without particle stress or gas handling and purification.

Automated translation, rotation, and plunger injection improve mixing accuracy and reproducibility for viscous 2K cartridge materials.

Tangential inlets and separated mixing chambers improve fluid mixing while preventing buffer-driven acidification and degradation of nucleic acids.

Repeated container pressing mixes separated liquid and holds the container against improper removal to keep supply stable and leak resistant.

Acoustic mixing continuously disperses lubricant and fuel additives to prevent haze, improve compatibility, and produce uniform blends.

A conductive insert and insulating frame help plate shakers maintain uniform specimen temperature, including Falcon 5 mL round-bottom tubes.

A flexible-section container mixes tablets or capsules with liquid into a homogeneous suspension for accurate partial dosing and easier administration.

High-shear transfer between two ram-driven chambers mixes small rubber samples with additives, cutting waste and screening time.