See how a gum arabic–carrageenan matrix creates a soft, non-sticky gel while accommodating up to 30% active ingredients.
A one-pass conveyor moves friable chewing gum through separate upper and lower cooling environments, avoiding turns and bends that can cause rupture.
Pressure differences can wear mixing components in chocolate tempering; a stationary disc separates flow and mixing to protect crystallization.
Specific peptides such as Pro-Ala and pGlu-Glu enhance saltiness, umami, and kokumi at low use levels while reducing sodium chloride.
Targeted deletions in residues 46–56 and substitutions such as S76 improve MNEI thermal and functional stability for edible products.
This case uses controlled diglyceride and triglyceride ratios plus solid-fat profiles to preserve confectionery texture and sweetness.
A blended protein composition uses shear-induced heating to produce pliable dough that resists shelf-life hardening for six months.
A uniform-forming and multi-pass cooling line enables gum to stack without sticking, reducing conditioning time and powder use.
This case balances low-sugar nutrition with caramel-like texture, shelf stability, and pumpable, extrudable processing.
A trehalose, emulsifier, and triglyceride oil glaze supports shiny, intact laminated dough through freezing, packaging, and baking.
A placement tab and geometric alignment features expand carousel printing to varied food shapes without manual repositioning.
Flavored particulate matrices with varied dissolution rates separate flavor release, improving consistency while limiting flavor bleed.
This tank heats its wall by induction and uses sensor feedback to maintain molten food temperature without water-based heating.
This case uses 0.2–0.3% lactic acid to preserve confectionery tablet color and flavor despite browning-prone active ingredients.
A rotating coating drum uses repositionable stirring blades to adapt mixing paths, batch sizes, and coating thickness.
This tank heats its walls by induction and uses temperature feedback to preserve molten food quality without product contact.
This case uses powdered fat from hard and soft fractions to process bakery fillings at room temperature with less energy.