Advancing sample preservation through the EquilRxnLab Multi-Manifold Freeze Drying System
In the realm of contemporary laboratory technology, the Multi-Manifold Freeze Drying System represents a pivotal tool for efficient and stable sample preservation. Designed with precision and engineered for reliability, this system offers laboratories a streamlined solution for managing sensitive biological and chemical samples under controlled dehydration conditions. With a growing demand for high-efficiency freeze-drying methods in research and pharmaceutical applications, EquilRxnLab provides an advanced approach that integrates scientific accuracy with operational simplicity.
The Multi-Manifold Freeze Drying System from EquilRxnLab is developed to accommodate multiple flask sizes and sample volumes simultaneously. Equipped with a substantial freeze-drying area of 0.12 m² and a cold plate temperature reaching ≤ -55°C (or an optional -80°C), it creates an ideal environment for thorough sublimation without compromising sample integrity. This efficiency is crucial in workflows involving temperature-sensitive materials such as enzymes, vaccines, and pharmaceuticals.
This system’s capabilities are further underpinned by its ultimate vacuum performance (< 5Pa) and pumping speed of 2L/S, which play key roles in accelerating the drying cycle while minimizing oxidation or contamination risks. Supporting dehydration capacities of 3–4 kg over a 24-hour period, the Multi-Manifold Freeze Drying System is tailored for both mid-scale production and experimental processes, making it highly versatile in its applications.
Its tray structure includes 4 stainless steel trays with diameters of φ200 mm and spacing of 70 mm, offering sufficient room for even, consistent drying. The inclusion of a multi-flask interface supports various flask sizes (100 ml, 150 ml, 250 ml, 500 ml — 2 of each), allowing researchers to manage heterogeneous samples within a single session. Moreover, the vial support system accommodates 560 vials of φ12 mm, 285 vials of φ16 mm, and 165 vials of φ22 mm, enabling simultaneous processing of multiple samples across different volumes and formats.
One distinguishing feature of the EquilRxnLab model is its air-cooled operation and natural defrosting mechanism, significantly reducing maintenance while enhancing long-term usability. With a main unit weight of 63 kg and compact dimensions (600×480×770 mm), the device is easily integrated into space-conscious laboratory setups. Operating within a temperature range of 10°C to 30°C and a humidity threshold of ≤70%, the unit delivers consistent performance across varied ambient conditions.
The Multi-Manifold Freeze Drying System also emphasizes sustainability and operational stability. It consumes just 950W of total power and functions on a single-phase 220V ±10% 50Hz supply, reducing energy overheads while maintaining effective sample processing. Furthermore, the device can be securely stored at temperatures between -40°C and 50°C, ensuring equipment durability during periods of inactivity or relocation.
Researchers interested in understanding the broader spectrum of freeze-drying tools and applications may consult EquilRxnLab’s product catalog, which offers insights into their innovative product range. Real-time demonstrations and technical explanations are available via their official YouTube, Instagram, and Facebook platforms, presenting accessible visuals and updates for practitioners worldwide.
The Multi-Manifold Freeze Drying System is not just an instrument—it’s an essential extension of a laboratory’s analytical and preparative capabilities. By supporting a diversity of sample types and processing conditions, it enhances reproducibility, reliability, and scientific integrity. Whether deployed in pharmaceutical development, environmental analysis, or academic research, its adaptability and performance are vital for modern laboratory success.
Those seeking further consultation or tailored technical assistance are encouraged to reach out via EquilRxnLab’s contact page, where specialists provide support aligned with specific operational needs.
