Floor Model Manifold Freeze Dryer LFFD-T2017

Introduction

Floor Model Manifold Freeze Dryer features -60°C condenser temperature, designed for preserving heat-sensitive samples through sublimation. Its advanced gas diversion system enhances vapour capture efficiency throughout the drying process. The unit includes a micro-adjustable vacuum valve for fine vacuum control during operation. Our Bench-top Freeze Dryer is ideal for preserving pharmaceutical, food, and biological samples.

This laboratory freeze dryer is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Floor Model Manifold Freeze Dryer  extracts moisture from heat-sensitive samples via sublimation, retaining their original structure and properties. It serves in pharmaceutical development units, food analysis laboratories, biotech research centers, and educational institutes for stable sample preservation.

Specifications

Condenser Temperature	-60°C (optional -80°C)
Ambient Temperature	Less than or equal to 35°C
Condenser Capacity	6 kg
Freeze Drying Area	0.18 m²
Noise Level	Less than or equal to 55 dB
Pumping Speed	4L/s
Vial Capacity Φ 12 mm	1270 pieces
Vial Capacity Φ 16 mm	716 pieces
Vial Capacity Φ 22 mm	379 pieces
Eggplant Shaped Flask	2 × 100 ml, 2 × 150 ml, 2 × 250ml, 2 × 500ml
Shelves	240 mm, 4 layers
Layer Spacing	70 mm
Shelves Dimension	220 mm, 3 layers in total
Vacuum Degree	Less than or equal to 5 Pa
Final Vacuum	0.1 Pa
Power Consumption	1100 W
Power Supply	AC220V 50Hz or 110V/60Hz
Packaging Dimensions (W×D×H)	630×670×1500 mm
Dimension (W×D×H)	560×560×980 mm
Packaging Weight	150 kg
Weight	88 kg

Features

Tray-based sample support

Oxidation prevention design

Eggplant flask support

High-speed vacuum pump

Stainless steel connection pipe

FAQs

1. Can the Floor Model Manifold Freeze Dryer operate efficiently in a standard lab environment without added setup?

Floor Model Manifold Freeze Dryer is designed to integrate smoothly into existing laboratory setups without the need for additional infrastructure changes. It requires only a standard power connection and a stable surface to begin operation. The compact structure makes it ideal for labs with limited bench space or without access to external cooling units. Noise levels and operating temperatures remain within limits comfortable for shared spaces. Its built-in display and control interface are self-contained, so no external systems are needed. unit does not rely on supplemental cooling fluids or external vacuum configurations. The entire operation can be initiated with minimal training and no physical modifications to the lab. This allows quick commissioning even in multi-user environments or teaching labs.

2. How user-friendly is the control interface on the Floor Model Manifold Freeze Dryer for first-time operators?

The Floor Model Manifold Freeze Dryer features a 7-inch colour touchscreen with a clear layout designed for intuitive use. control panel allows new users to navigate through key settings without requiring prior experience in freeze drying systems. Built-in data display features let operators view temperature, vacuum, and cycle time all at once. The touch interface also includes screen lock functions to prevent unintended changes. system architecture supports remote access on compatible devices, allowing greater flexibility for users. Interactive prompts and clear labels on-screen reduce training time significantly. Operators can easily export data using , aiding documentation and review. The design reduces learning curves for research staff, students, or rotating lab members.

3. What types of laboratory setups would benefit most from the Floor Model Manifold Freeze Dryer?

The Floor Model Manifold Freeze Dryer is well-suited for labs conducting small-batch preservation of heat-sensitive compounds. system is frequently used in pharmaceutical development labs, research institutions, and food analysis facilities. Laboratories working with protein samples, cultures, or freeze-dried reagents can process material without degradation. The included manifold makes it adaptable for flasks, ampoules, and vials in a single session. Compact in footprint, it suits shared benches or facilities without dedicated drying rooms. Pilot research teams can run experimental batches while preserving structural composition. Its integrated vacuum and temperature control features help maintain sample stability. The system is ideal for academic labs, start-ups, or R&D centers needing flexible preservation solutions.

4. Does the Floor Model Manifold Freeze Dryer support processing of multiple sample types at once?

Floor Model Manifold Freeze Dryer is equipped to handle varied sample containers such as ampoules, flasks, and plasma bottles in the same drying run. Different formats can be attached to the manifold simultaneously, allowing multiple types of samples to be preserved. This makes it convenient for users processing parallel batches in food, pharma, or biochem research. The system is structured to ensure that vapour from one sample doesn’t interfere with another during the cycle. Its internal configuration supports equal distribution of cold trap efficiency across all outlets. There is no requirement to run separate cycles for each format, which saves time and resources. users can standardize runs without sacrificing quality or recovery. The unit enhances throughput flexibility for dynamic workflows.

5. Is there any risk of cross-contamination when using the Floor Model Manifold Freeze Dryer for biological samples?

The Floor Model Manifold Freeze Dryer is designed to reduce contact between samples, minimizing cross-contamination risks. Each connection point on the manifold is isolated by design, allowing sealed containers like ampoules or flasks to operate independently. There is no open chamber pooling or shared liquid path during operation. configuration supports the use of individual sample enclosures, ensuring separation between sensitive biologicals. The cold trap system captures moisture efficiently without recirculating vapours. Filtered vacuum lines and corrosion-resistant components also limit exposure risks. Proper user practices—like flushing and isolating sample lines—are fully supported by the design. The system is well-matched for research requiring sterile sample integrity and contamination control.

6. Does the Floor Model Manifold Freeze Dryer retain historical data from previous runs for later review?

The Floor Model Manifold Freeze Dryer includes a built-in function that automatically saves freeze-drying data after each cycle. system allows users to view, export, or delete stored data directly from the interface. support enables quick transfers to external systems for archiving or quality checks. Operators can access prior records, including temperature trends, vacuum history, and operation durations. These logs help labs maintain consistency in repeated procedures across multiple sample types. The internal storage also assists in troubleshooting performance without requiring external software. system retains data even during temporary shutdowns or transitions between users. It is especially useful in labs managing regulated documentation or experimental repeatability.