Sale!

Lyophilizer 4L -80°C 8 Manifold

Original price was: ₹556,842.00.Current price is: ₹471,900.00.

The Lyophilizer 4L -80°C FD-480M is an advanced laboratory freeze dryer designed for pharmaceutical, biotechnology, food, and research applications. Featuring an ultra-low -80°C condenser temperature, 4-liter capacity, and efficient vacuum drying technology, it ensures reliable moisture removal while preserving the integrity of sensitive samples. Its digital control system and durable stainless steel construction provide precise operation and long-lasting performance.

Description

The Lyophilizer 4L -80°C FD-480M is a high-performance freeze drying system developed for advanced laboratory and research applications requiring precise and efficient lyophilization. Designed with modern freeze-drying technology, this equipment provides superior preservation of pharmaceutical products, biological samples, food materials, herbal extracts, chemicals, and other temperature-sensitive substances. The system combines ultra-low temperature cooling, stable vacuum performance, and intelligent process control to deliver reliable freeze-drying results while maintaining sample integrity and long-term stability.

Lyophilization, commonly known as freeze drying, is a highly effective dehydration process that removes moisture from frozen materials through sublimation under vacuum conditions. Unlike conventional drying methods, freeze drying preserves the physical structure, chemical composition, biological activity, nutritional value, and appearance of products. This makes the process ideal for preserving delicate substances that may degrade when exposed to heat or traditional dehydration techniques.

The Lyophilizer 4L -80°C FD-480M is equipped with an advanced refrigeration system capable of reaching condenser temperatures as low as -80°C. The ultra-low cooling temperature significantly improves vapor condensation efficiency and supports effective drying of aqueous and highly sensitive materials. Advanced refrigeration technology also improves moisture capture and reduces drying time for enhanced laboratory productivity.

The system utilizes a high-efficiency vacuum pump to create the low-pressure environment necessary for sublimation. During the freeze-drying process, frozen moisture within the sample changes directly from solid ice into vapor without passing through the liquid phase. This process prevents structural damage, oxidation, and contamination while preserving sensitive components within the material. Stable vacuum conditions help ensure consistent drying performance and repeatable results across various laboratory applications.

With a 4-liter processing capacity, the FD-480M is suitable for small to medium-scale freeze-drying applications. It allows laboratories to process multiple samples simultaneously while maintaining uniform drying across all containers or trays.

The Lyophilizer 4L -80°C FD-480M is designed with an intelligent digital control interface that simplifies operation and improves process management. Real-time monitoring functions provide greater process visibility and operational accuracy during extended drying cycles. Many modern freeze dryers also support drying curve displays and programmable operation for enhanced workflow efficiency.

The robust chamber design supports continuous laboratory operation while ensuring easy cleaning and maintenance. Stainless steel trays and internal components help maintain contamination-free sample processing conditions.

One of the major advantages of the FD-480M is its ability to preserve sensitive products while significantly extending storage life. Freeze-dried materials processed using this system demonstrate improved stability, lightweight storage properties, reduced contamination risk, and excellent rehydration performance.

Energy-efficient refrigeration and vacuum systems help reduce operational costs and improve productivity without compromising performance quality. Low-noise operation further enhances laboratory comfort during long processing cycles.

Laboratories handling heat-sensitive compounds benefit greatly from the precise low-temperature drying performance and reliable vacuum operation of this system. Its advanced technology supports accurate research outcomes and efficient sample preservation for both scientific and industrial applications.