Floor Model T-type Freeze Dryer LFFD-T2010

Introduction

Floor Model T-type Freeze Dryer features a condenser capable of reaching -55℃ temperature and has a capacity of 4 kg/24 h. It features a 7-inch touchscreen that displays various parameters such as drying curve and run time. The dryer has a SS304 stainless steel chamber for longevity and durability. Additionally, it features a PT100 temperature sensor and 24 ports rack for ampoules. Our dryer is suitable for preservation of microbial strains such as bacterial and fungi.

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

Our Floor Model T-type Freeze Dryer is used in medical, pharmaceutical, biological, chemical and food industries. It is suitable for water-based samples.

Specifications

Condenser Temperature	-55℃
Condenser Capacity	4 kg / 24 h
Cold Trap Capacity	5 L
Number of Sealed Valves	24 ports for 24 ampoules
Pumping Rate	2 L / second
Final Vacuum	1 Pa
Display	7-inch touch screen
Cooling Method	Air cooled
Defrost Method	Electric heating defrost
Power Consumption	970 W
Power Supply	Standard: 220 V 50 Hz
Cold Trap Dimension (Depth × Height)	Φ 215 × 140 mm
Dry Chamber Dimension (H × L)	430 × 480 mm
Overall Dimension	460 × 556 × (720+465) mm Note: 465 mm is the height of the detachable vacuum pump
Packing Dimension	550 × 770 × 720 mm
Net Weight	76 kg
Gross Weight	90 kg

Features

Touchscreen interface

Microprocessor control

-free refrigerant

Compact and sturdy design

FAQs

1. How does the Floor Model T-type Freeze Dryer ensure accurate process control and monitoring during freeze-drying?

Floor Model T-type Freeze Dryer features a 7-inch touchscreen with an integrated microprocessor control system. This allows users to monitor and control key parameters such as drying time, drying curves, and chamber temperature in real-time. It also includes a PT100 temperature sensor, known for its precision, which ensures consistent and accurate temperature readings throughout the freeze-drying process for reliable outcomes.

2. Why is achieving a final vacuum of 1 Pa important in the operation of the Floor Model T-type Freeze Dryer ?

Achieving a final vacuum of 1 Pa in the Floor Model T-type Freeze Dryer is critical for effective sublimation, the phase where ice directly converts to vapor without passing through a liquid state. This deep vacuum environment accelerates drying, minimizes sample degradation, and preserves the structural and chemical properties of sensitive biological and pharmaceutical materials, making it especially suitable for high-quality lyophilization.

3. What environmental and safety features are incorporated into the design of the Floor Model T-type Freeze Dryer ?

Floor Model T-type Freeze Dryer is built with both safety and environmental responsibility in mind. It uses a -free refrigerant, which is environmentally friendly and compliant with international regulations. The system is air-cooled and includes an electric heating defrost function, improving efficiency and reducing manual maintenance. Its SS304 stainless steel chamber offers long-term durability, while the sturdy, compact structure ensures safe operation in busy lab environments.

4. How does the Floor Model T-type Freeze Dryer support efficient sample handling and processing flexibility?

Floor Model T-type Freeze Dryer includes a 24-port rack for sealed ampoules, allowing users to process multiple samples simultaneously, which enhances throughput in research and production workflows. The system also features a detachable vacuum pump and optional accessories like an oil mist filter, providing flexibility to adapt to different freeze-drying applications.

5. What accessories are included with the Floor Model T-type Freeze Dryer , and what are the optional upgrades?

The standard configuration of the Floor Model T-type Freeze Dryer includes a cold trap rack for immediate operation. Optional accessories, such as an oil mist filter, can be added to enhance performance and reduce contamination risks. Its modular design allows for easy upgrades, making it suitable for evolving lab needs, whether in academic research, pilot production, or industrial testing environments.