Packaging Toiletries TRIZ Cases

Segmented container design with a compressible actuator manages varying product viscosities, preventing excessive flow or residual waste.

A wedge-shaped applicator with a flock fiber coating features mirror-symmetrical flat surfaces and a figure-eight curve outer edge.

An asymmetric tube hole constrains the intermediate core to prevent warping, enabling clear mirror visibility during makeup application.

A cosmetic package uses a pivot frame to secure removable applicator reservoirs for customizable product selection.

A flexible elastomeric shampoo basin with a contoured neck and integrated handle straps.

Segmented cavities in the application head ensure uniform product distribution while allowing easy cleaning of the grip.

A cosmetic preform uses a thin material bridge to connect the applicator stem and container, enabling tool-free separation after filling.

An integrated silicone hinge absorbs shock energy, resolving fragility issues in traditional rigid cosmetic containers.

Spring-loaded applicators compress to fit wiper orifices then expand to double surface area, eliminating separate wiping stages.

Sawtooth rib geometry accumulates product on accessible peaks while spaces drain excess, eliminating residue buildup and enabling easy cleaning.

A solid base covered with a hook and loop fastener system secures cosmetic packages via adhesive-backed fabric patches.

An electrostatic system charges cosmetic particles via a nozzle electrode to control attachment and detachment using a target electrode.

An electromechanical device controlled by touch sensors adjusts cosmetic product position, resolving tedious manual length adjustment.

Segmented applicator tip adjusts line width via capillary diffusion, resolving the trade-off between user versatility and device complexity.

Sealed oil-impervious packaging containing an absorbent pad prevents leakage during extraction, resolving messiness in single-use fluid application.

A flattened applicator with a concave tip and flexible stem resolves uneven distribution and adhesion issues.

A dispensing pipette insert uses radial channels to guide fluid around a rotating ball for uniform application.

A refill system uses a deformable arm to form a cavity in a porous reservoir, enabling leak-proof refilling without disassembly.

A UV-curable nail gel pouch uses a transparent window to display the product color directly through the packaging material.

An AI-enabled dispensing device analyzes user hair conditions to create personalized care formulations.

A porous applicator tip with distinct convex, concave, and planar surfaces enables precise cosmetic product diffusion through capillary action.

A cosmetic container uses a button-actuated pump to lift a powder tray and expose an inlet for controlled dispensing.

Connecting structure prevents separation of the wiping lip from the primary body during extraction by extending the attachment interface through a recess.

A swab roller employs a cam groove mechanism to rotate an absorbent covering, resolving the trade-off between structural simplicity and manual dexterity.

A spuit-type container uses a flocking tip with temporary storage to dispense cosmetic material through distribution holes.

Replacing hook-and-loop fasteners with a clasp and ladder tape system prevents hair accumulation and maintains stable attachment.

Flexible studs in a spiral casing allow easier assembly and reduce placement errors while eliminating sharp edges that irritate lips.

Converging sidewalls on the wiper seal against air entry during applicator removal, preserving product viscosity and preventing contamination.

Variable friction mechanism resists push-back forces while easing user operation, preventing untimely retraction of cosmetic products.

Inclined platform surface centers and clamps the product cup within a mono-material cosmetic dispenser base.

Segmented lipstick package design allows metal guiding sleeve separation from plastic housing for efficient material recycling.

Segmented adhesive pads contour the lower eyelid to prevent makeup smearing while maintaining compact storage volume.

Nesting the cap inside the container cavity prevents loss and product deterioration while enabling direct application.

A cosmetic powder repair device uses a screw mechanism to compress broken pressed powders back into a solid form.

A liquid applicator uses a polymer biasing member to control fluid flow through a plug aperture.

An inclined tilt surface on a cosmetic container lid reduces contact sound by dividing force during repeated forward and backward movement.

A jade stone makeup applicator prevents liquid absorption through its non-porous surface.

Melt-bonded connection unifies application bodies to prevent misalignment during cotton core insertion, reducing manufacturing complexity.

Automated mechanical removal replaces manual sponge cleaning to eliminate shape inconsistency, weight variation, and color mixing in multicolor products.

A cosmetic applicator tip with non-symmetrical surfaces enables precise product deposition through capillary diffusion in porous fibers.

Abutment notches on a lipstick case pusher enable gradual stick exposure, eliminating waste from inaccessible product trapped in the cup.

Machined metal compartments house cosmetics directly to eliminate plastic waste and adhesive use while enabling full recyclability.

A face-shaped mask integrates segmented sponges to apply liquid makeup, resolving time-consuming individual zone application.

A cosmetic case uses spring-loaded platform assemblies to translate sleeved enclosures from independent channels for direct user access.

A cosmetic repurposing system uses a screen to grind materials into uniform powder for standardized containers.

A refillable cosmetic container uses a rotational handle to couple an inner canister with an outer shell.

A unitary cosmetic compact decouples cap translation and rotation to prevent compound movement.

A device captures and reproduces visual reliefs on keratinous material to enhance skin grain appearance.

A makeup compact integrates a semi-transparent reflective surface over a client device display to overlay digital instructions on the user's reflection.

Integrated applicator tool in lipstick barrel lid resolves conflict between portability and waste by securing leftover content for convenient application.