Rapid freezing units that use high-velocity cold air to freeze meat or seafood quickly, preserving texture and nutrients.

Large-scale cooking vessels with temperature control for preparing sauces, syrups, jams, and other cooked food products.

Drying systems that remove moisture from spices, tea, fruits, and vegetables while preserving flavor and nutrients.

Compact freezers with a spiral belt design, enabling high-capacity freezing in limited space.

Conveyor-based freezing systems that allow continuous freezing of large volumes of food products.

Freezing systems where products are pressed between metal plates cooled by refrigerant, ideal for block freezing fish and meat.

Automated chambers for cooking and flavoring meats with controlled smoke and temperature. Commonly used for sausages, hams, and fish.

Continuous or batch ovens for baking large volumes of bread, cookies, and biscuits. Tunnel ovens provide consistent results with high throughput.

Used to reduce moisture in processed tea leaves, preserving flavor, aroma, and shelf stability. Different designs include fluidized bed dryers and rotary dryers.

Continuous fryers designed for large-scale frying of chips, noodles, and extruded snacks. Provide precise temperature control and oil management.

Heat treatment systems designed to eliminate harmful microorganisms in milk and dairy products without significantly affecting taste or nutritional value. By heating milk to a controlled temperature and then cooling it rapidly, pasteurizers extend shelf life, improve product safety, and comply with international food safety standards.

Steam or heat-based sterilizers used to sanitize coconut kernels, coconut milk, or coconut water. This step eliminates pathogens and improves shelf life before further processing or packaging.

Advanced drying systems that remove water from dairy products by freezing them and then applying a vacuum to sublimate ice directly into vapor. This preserves the nutritional content, flavor, and structure of dairy, ideal for high-value products like probiotic powders and specialty dairy ingredients.

Large-scale drying systems that atomize liquid milk into fine droplets and expose them to hot air, instantly evaporating moisture and converting it into powder. Spray dryers are essential for milk powder, whey protein, and infant formula production.

Large stainless-steel vessels equipped with controlled heating, stirring, and cutting systems. They provide the ideal environment for coagulation of milk into curds during cheese making. These vats ensure precise temperature control, uniform mixing of starter cultures and rennet, and consistent curd formation.

Ultra-High Temperature (UHT) systems sterilize milk and dairy beverages by heating them to very high temperatures (typically 135–150 °C) for a few seconds, followed by rapid cooling. This process ensures complete destruction of bacteria and spores, enabling milk to be stored for several months without refrigeration.

Machines that remove excess moisture from raw materials or products using controlled heat or air flow. This improves shelf life, prevents microbial growth, and ensures product stability.

Machines that roast spices to enhance flavor, aroma, and shelf life before grinding or packaging.