Freezing the product
The product is cooled to a temperature well below the triple point of water (about −25°C or lower). Rapid freezing forms small ice crystals, which protect the cellular structure and minimize quality loss.
Lyophilization is more than a method—it's a breakthrough in food preservation. With our advanced technology and industry insight, we deliver reliable, high-performance solutions that maintain product integrity, extend shelf life, and optimize your production process.
Lyophilization is more than a method—it's a breakthrough in food preservation. With our advanced technology and industry insight, we deliver reliable, high-performance solutions that maintain product integrity, extend shelf life, and optimize your production process.
We believe that the true taste, aroma, and nutritional value of food come directly from nature. That's why our freeze-drying technology locks in freshness, vitamins, and natural flavors - without the need for preservatives. From farm to table, we ensure that every product keeps its original qualities, ready to enjoy anytime, anywhere. Freeze drying technique:
Freeze-drying (lyophilization) works with almost any product that contains water. At Leosmak, we help our clients process a wide range of raw materials - from fruits to full meals - while preserving their taste, structure, and nutritional value.
The European market for freeze-dried foods continues to grow by 8–10% annually. Here's what you can expect in 2025 B2B pricing (€/kg):
Remember, that prices refer to the finished freeze-dried product (1 kg dry ≈ 10 kg fresh).
Freeze-drying isn't just preservation - it's value creation. Here's why businesses across Europe and beyond choose it:
Sublimation, also known as freeze drying, is a process that removes water from products by turning ice directly into vapor without passing through the liquid phase.
This is achieved by freezing the product and then reducing the surrounding pressure, allowing the frozen water to sublimate. The result is a product that retains its original shape, color, nutrients, and aroma—making it ideal for food, flowers, and pharmaceuticals.
Our advanced freeze dryers ensure a gentle, efficient, and reliable sublimation process for superior preservation.
The product is cooled to a temperature well below the triple point of water (about −25°C or lower). Rapid freezing forms small ice crystals, which protect the cellular structure and minimize quality loss.
Under reduced pressure, ice undergoes sublimation—transitioning directly into water vapor without passing through the liquid phase. The process uses controlled heat input to keep the product below the ice-melting temperature.
Removal of the remaining, bound moisture through further gentle heating. This stage achieves a very low final moisture content (1–4%), enabling long-term storage without loss of nutritional value.
GMP standards ensure that products are consistently produced and controlled according to quality requirements. They cover all aspects of production — from raw materials to equipment and staff training. Following GMP minimizes risks in food production that cannot be eliminated through testing the final product alone.
HACCP is a systematic approach to identifying, evaluating, and controlling food safety hazards. It focuses on preventing hazards rather than reacting after they occur. Compliance guarantees that every stage of production meets strict safety and hygiene standards.
Low‑temperature sublimation removes water while protecting heat‑sensitive vitamins, stable minerals, and beneficial prebiotics. Nutritional value, flavor, and color remain naturally intact.
Each type of raw material with high quality is something special and unique. We use a precise device and monitor each detail to brought you more in function and quality.
Our advanced freeze dryers are not just for food—they are also perfect for preserving the natural beauty of flowers. With gentle sublimation technology, you can maintain the color, shape, and delicate structure of blossoms for decorative, scientific, or commemorative purposes.