Unstable extrusion can produce inconsistent fibrous pieces; sensor-guided separation and sorting classify irregular cuts for controlled reprocessing.
Grinding poultry material to 5 mm, wet extrusion, and colloid milling help use bones and connective tissue while improving texture and reducing microbial load.
Controlled pressure, temperature, and mechanical energy guide continuous high-shear processing for consistent fibrous protein products and simpler scale-up.
Adjustable nozzles inject secondary mass flows into a base mass continuously, replacing manual steps while preserving customizable marbling patterns.
See how a fixed male divergent channels material and absorbs thrust, preserving rotating-core coaxiality during food extrusion.
Undulating plant-based layers are stacked and angled-sliced to mimic fish texture, appearance, and cooking-time flaking.
Phase separation of denatured plant protein and polysaccharide forms fibrous, crosslinked structures below 100°C without extrusion.
A coaxial frustoconical channel and rotatable inner member adjust shear and fibration while keeping protein-rich, water-rich extrusion compact.
Peptidase treatment and heat inactivation produce digestible black soldier fly protein hydrolysate while addressing bitter taste and off-flavors.
Controlled pH, turbulent mixing, and metal cation addition create high-moisture cheese fibers with improved texture for meat substitutes.
A two-stage process heats protein batter in separate ranges, then cools it to form stable, fibrous meat analogue pieces.
A high-water cheese mixture uses alginate precipitation and metal cations to build long fibers with improved texture for meat substitutes.
Twin-screw extrusion improves homogeneity, stretchability, and meltability in vegan cheese.
Low-moisture extrusion aligns fava protein fibers for stronger, cooking-resistant texture.
Separate muscle and pre-adipocyte cultures combine in hydrogel bio-inks for direct 3D printing of marbled meat.
This case combines 5–20 wt% chlorella with soy protein before extrusion to reduce beany flavor in textured vegetable protein.
A variable cooling die and post-extrusion marination improve fiber appearance, juiciness, and tenderness in high-protein food.
A twin-screw extruder controls heat, pressure, and die swelling to create anisotropic voids and meat-like texture.
This case combines plant proteins, fat particles, and a glucose-based matrix to mimic meat structure while reducing saturated fat.
Rapeseed-legume extrusion improves fibrousness and firmness while limiting core flow.
This case shows how resilient sealing edges close piston-barrel gaps for consistent clean-meat extrusion and lower contamination risk.
Controlled extrusion balances firmness and elasticity, helping soy protein retain a meat-like texture after cooling.
Texturized plant protein gains flavor, texture, and nutrition through blood-derived components.