Bench-top Manifold Freeze Dryer LBFD-T2013

Introduction

Bench-top Manifold Freeze Dryer has a condenser that operates at -70°C, supporting a capacity of up to 6 kg of ice. It features 12 manifold ports that allow attachment of flasks, ampoules, or vials for direct vacuum drying. The freeze dryer also allows for sample shelves and has a 5.4-inch touchscreen display for precise setting of various parameters. Additionally, it has an active reminder for maintenance time and vacuum pump replacement. Our freeze dryer is ideal for lyophilizing pharmaceuticals 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

Our Bench-top Manifold Freeze Dryer is ideal for freeze-drying multiple small-volume samples simultaneously, such as in vials, ampoules, or centrifuge tubes. It is widely used in biopharmaceutical labs, clinical research, and diagnostic reagent preparation.

Specifications

Condenser Temperature	- 70℃
Condenser Capacity	6 kg
Cold Trap Volume	10 L
Freeze-Dried Chamber Type	Acrylic chamber with aluminum upper cover and external valve (12 ports)
Vacuum Level	5×10⁻³ mbar
Pumping Capacity	8 m³/h
Sample Shelf Diameter	Φ260 mm
Shelf Area (Single Layer)	0.55 m²
Shelf Layers (Optional)	3 to 10 layers
External Valve	12 pieces
Anti-Corrosive Treatment	-coated trap and coil (Bench-top Manifold)
Vacuum Pump Pipe Connection	Single stainless steel flexible pipe
Power Consumption	1100 W
Power Supply	220 V / 50 Hz
Dimensions	510 × 570 × 500 mm
Weight	55 kg

Features

One-click operation

Corrosion resistant upper cover

Adjustable shelves

Color-coded numeric status display

Short circuit protection

Durable structure

FAQs

1. What amount of samples can be freeze dried at a time?

Bench-top Manifold Freeze Dryer has an ice condenser capacity of 6 kg that means it can capture 6 kg of water vapour, water or organic solvents in 24 hours. One should select the sample size accordingly. It offers a wide range of freeze dryers which can support higher sample size. User can select the freeze dryers according to their needs.

2. What is eutectic temperature and why is it important?

The eutectic temperature is the lowest temperature at which a solution can exist in a stable state. It is important because the vacuum level should be set to a temperature below the eutectic temperature to prevent ice crystals from forming during the drying process.

3. What are some common problems with Bench-top Manifold Freeze Dryers?

Generally there can be issue with maintaining vacuum, condenser freezing, or issues with vacuum pump. But It believes in precision and our Bench-top Manifold Freeze Dryer is made of high-quality components and offers a quality grade performance. It features proactive reminders for maintenance. Also, we are at your service in case of any issue.

4. How to store freeze-dried sample?

Freeze-dried samples should be stored in a cool, dry place. One should always consider using dessicators for storing such samples. It is important to protect them from moisture, light, and air exposure. Storage conditions vary depending on the type of sample. Biological materials such as enzymes, vaccines, or bacterial cultures should be stored in a freezer at around -20°C or lower.

5. What is the loading method for freeze-drying samples?

Bench-top Manifold Freeze Dryer offers versatile options for sample loading. It supports sample trays, round-bottom flasks, and wide mouth lyophilization bottles. It is suitable for various types of containers with different shapes. This versatility makes it applicable for a wide range of pharmaceutical, laboratory, and research applications.