Packaging Foodstuffs TRIZ Cases

See how a closed-loop conveyor with segmented stations enables high-throughput individual-pot c

Opposed hanging threads and point seals squeeze the bag in 3D to drain tea fully, prevent drips, and fit conventional packaging machines.

Two guided hanging threads squeeze the tea bag from multiple directions, improving drainage while staying compatible with form-fill-sealing machines.

Virtual simulation runs optimize packaging line settings before production, cutting trial-and-error time, material waste, and operator burden.

High-power CO2 laser scoring weakens PET container connecting edges for easy separation without blade wear or major crystallinity increase.

Separate clean zones, movable partitions, and switched laminar flow enable safer die head cleaning with less cross-contamination and energy use.

Grinding soybeans to 250 µm or less enables soak-free tofu with higher firmness, less water use, and shorter production time.

Cam-guided capsule transfer and modular drum assembly improve beverage container sealing speed, synchronization, and line layout flexibility.

A modular rotary filling layout removes the fixed tabletop so units can be reconfigured more easily while improving cleanability and reducing contamination risk.

A peelable tab base and tear lines open food-portion packaging with less force while keeping the sealing hem intact and the portion stable.

Gentle heating, low-temperature drying, and water-impermeable pouches preserve infant food texture and nutrients without preservatives.

Etched paper sealing rings are detached from a sheet and heat sealed to capsule flanges to improve seal reliability at lower cost.

A synchronized moving compression body cuts drum friction, enabling faster beverage pad production with uniform puck thickness and quality.

A tabletop-free rotary filling layout uses repositionable lifting and functional units to simplify cleaning and cut product changeover effort.

Manual handling limits flat-product packaging; automated container rotation enables efficient tube-bag filling without manual turning.

A funnel and tube orient food products before release, reducing manual alignment and packing errors through vibration and a gate assembly.

A two-line pod assembly uses a peelable filter-extension seal and local lid heat sealing to support clean extraction without an outlet needle.

Synchronized closed paths enable precise, continuous filter insertion into infusion capsules.

A vertical cutting plane and carousel transfer device move laminar lids quickly in a compact capsule packaging apparatus.

Rotating grippers transfer inner bags into outer bags along parallel conveyance paths, eliminating perpendicular intersection bottlenecks.

A rotary capsule packaging machine uses interchangeable moulds to handle different formats and diaphragm structures.

Dynamic timing equipment adjusts receiving positions to maintain precision across varying discrete element formats without recalibration.

A refilling device uses a tapered venting nozzle to manage air egress during fluid transfer into aerosol cartridges.

A multilayer capsule body integrates a barrier material layer to prevent oxygen permeation while maintaining structural integrity.

Dynamic cutting head positioning adapts to varying container formats, reducing material waste while maintaining high production speed.

A packaging machine uses a punch and die cutting system to trim disc-shaped elements from a continuous web before transferring them to an associating station.

Microscopic flavoring fibers adhere to filter material, resolving aesthetic conflicts and boosting extraction yields.

Heating reduces vaping fluid viscosity by 80 percent to enable accurate filling.

Dual-needle forming station pierces tags and filter material to secure natural fiber strings without metal staples.

Ultrasonic welding seals a mandrel-formed filter preform to the capsule interior, enabling commercial-scale production of lightweight filters.

Three slits in the tag body enable knotless thread passage, eliminating complex equipment and maintenance while ensuring secure attachment.

A filter bag making machine diverts a continuous strip from vertical to horizontal flow for efficient processing.

A beverage capsule machine uses a vertical transport element to move rigid containers through sequential sealing stations for high-speed production.

Ascorbic and citric acid coatings inhibit oxidation and degradation, preserving antioxidant yield in coffee extracts.

A processing lubricant coats the inner wall of a fill tube to reduce friction during resin mastic pumping.

Dual-temperature thermal welding forms a rigid container body and a fragile internal separation that ruptures under thermal expansion stress.

A pushing device uses a guide with housings to accommodate objects oriented in alternate directions along a displacement path.

A feeding unit cuts and handles heat-sealable web material to form closing elements for beverage capsules.

Segmented processing stations handle filling, sealing, and quality control to resolve productivity versus complexity trade-offs.

A compact packaging unit guides stacked coffee pods directly into bags using a vertical channel and pusher element.

A filter bag production method guides thread without tension and folds the bag head over the label before knotting.

A cartridge handling machine uses a heated injector nozzle to fill vape cartridges with viscous consumable fluids.

Compressed cellulose packet absorbs water to generate chlorine dioxide, eliminating slow reaction times from protective membranes.

Continuous resin cartridge production system manages dual-compartment filling and solid particulate dosing for consistent material ratios.

Extending transverse seals beyond repetition distance prevents production stops and uneven weight distribution during high-speed portion packing.

A preheating apparatus uses airflow disrupters to create uniform temperature distribution across biodegradable material surfaces.

Extractor group retrieves single articles from nested stacks and deposits them on a conveyor in fewer rows, resolving extraction speed limits.

Pneumatic suction and rotation mechanisms align radial compartments of an inner frame to prevent bag damage during high-speed filling operations.