Meat Pressing TRIZ Cases

See how sensor-based position feedback synchronizes stripper plate and mold movement to maintai

See how a multi-axis reciprocating drive mechanism reduces meat marination time from hours to m

See how a segmented mold with a detachable cradle enables easy hamburger removal while maintain

See how high-frequency reciprocating work surfaces mechanically load raw meat in a sealed mold,

See how a lever-actuated bowl with movable plate and long shank keeps hands away from hot oil,

See how high-frequency vibration mechanically loads raw meat pieces in a sealed container, redu

See how a segmented molding device uses a bayonet connector and press to simplify skewer insert

See how servomotor-driven mold plates and knockout systems replace chains and sprockets to achi

A two-part mold with a spiked base speeds food tower assembly while holding shape and preventing collapse during transport.

An eccentric cam drives the pressing member through over 90° rotation, cutting drive complexity, width, and energy loss in meat presses.

An eccentric cam drives direct pressing-member motion over more than 90° to compress meat products with less space, torque, and drive complexity.

Discrete grinding plate positioning along a tubular channel enables single-line production of varied hamburger steaks without dedicated equipment.

Tubular molding cavities use steam heat exchange to cook stuffed food products while maintaining shape consistency.

Segmented recesses align with product cavities to guide food mass, preventing spillage and reducing friction on the forming drum.

A form press uses proportional directional valves and a controller to manage hydraulic cylinders.

A porous mold cavity tooling system uses fluid pressure to separate formed patties from the internal face.

Ultrasonic vibration prevents adhesion to cutters, eliminating food product webbing waste.

A reciprocating mold plate drives a pumping chamber to remove air and food fines during the forming cycle.

Gravity-fed foie gras lobe molding avoids compression damage, preserving texture while ensuring consistent cutlet geometry.

Pressurized fluid permeates porous mould drum walls to clean cavities, reducing manual cleaning time and improving hygiene efficiency.

A forming cylinder inverts to release meat patties while gas pressure manages piston movement.

Localized protrusions on molded minced meat enhance flavor perception by generating olfactory compounds while retaining exuded juices.