Bench-top Standard Freeze Dryer LBFD-T2024

Introduction

Bench-top Standard Freeze Dryer offers a 0.25 ㎡ drying area and 15 Kg ice holding capacity. Our Bench-top Standard Freeze Dryer features a vertical, arc-shaped integrated design for a compact look. The cooling system uses a plate heat exchanger for efficient performance. A colour touch screen displays real-time data like vacuum pressure, cold trap, and shelf temperatures, helping to build a clear freeze-drying curve. It is used in laboratory-scale freeze-drying, pharmaceuticals, and biotechnology for preserving heat and moisture-sensitive materials.

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

Bench-top Standard Freeze Dryer is widely used in laboratories, pharmaceuticals, and biotechnology for preserving heat and moisture-sensitive materials.

Specifications

Drying Chamber	Standard Type
Drying Area	0.25㎡
No-load Temperature	Min.to Less than or Equal - 65℃ (cold trap)
Cold Trap Volume	27 Liters
Ice Holding Capacity	15 Kg
24-hour Maximum Ice Holding Capacity	5 Kg
No-load Vacuum Pressure	5 Pa
Ultimate Vacuum	1Pa
Number Of Shelves	4 Layers
Material Tray Diameter	Ø 280 mm
Shelf Spacing	60 mm (can be removed and adjusted)
Compressor	Single one
Tray-loaded Solution	2.5 Liters
Installed Capacity	1.8 Kw (220V 50Hz)
Operating Noise	≤55dB
Ambient Temperature	Less than or Equal to 26℃
Dimension	650 × 630 × 770 mm
Weight	120 Kg

Features

Hermetic compressor

Refrigeration technology

Stainless steel 304

Automatic vacuum pressure monitor

Corrugated seal offers multi-layer protection

FAQs

1. What are the main applications of the It Bench-top Standard Freeze Dryer and why is it ideal for such uses?

It Bench-top Standard Freeze Dryer is primarily used in laboratories, pharmaceuticals, and biotechnology industries for preserving heat- and moisture-sensitive materials. This makes it an excellent choice for research and production processes that involve delicate biological samples, vaccines, enzymes, and pharmaceutical compounds. Its precise temperature control, large drying surface area (0.25 ?), and significant ice-holding capacity (15 kg) ensure that materials are dried effectively without damage. The unit's reliable performance helps maintain the structural and chemical integrity of sensitive substances, which is essential in both scientific research and pharmaceutical manufacturing.

2. How does the design of the It Bench-top Standard Freeze Dryer contribute to its efficiency and user convenience?

model is designed with a vertical, arc-shaped integrated structure, which not only gives it a sleek and compact appearance but also enhances user ergonomics by making controls and loading areas more accessible. The internal layout is optimized for efficient heat transfer and airflow. It includes a plate heat exchanger that maximizes cooling efficiency, leading to faster and more stable temperature regulation. These design features work together to improve the overall performance of the freeze-drying process, making the machine both efficient and easy to operate in any lab or production setting.

3. What kind of data does the It freeze dryer provide during operation, and how does this help the user?

It Bench-top Standard Freeze Dryer comes with a color touch screen interface that presents real-time data during operation. It displays vacuum pressure, cold trap temperature, shelf temperatures, and other key metrics. This information is used to construct a detailed freeze-drying curve, allowing users to visualize and monitor the entire drying process. Having access to these live readings helps users make timely decisions and adjustments, improving drying accuracy and efficiency. It also aids in documentation and analysis, which is especially valuable in regulated environments like pharmaceutical labs.

4. What safety and automation features are built into the It Bench-top Standard Freeze Dryer to protect both the user and the equipment?

Safety is a top priority in the It freeze dryer design. It includes automatic vacuum pressure monitoring with a built-in response system: if the vacuum pressure does not reach the required setpoint within a defined time, the vacuum pump shuts off automatically to prevent damage. Additionally, the unit has a compressor restart delay and an integrated thermal overload module. These features prevent overheating and equipment failure, while also protecting samples. This level of automation reduces the need for constant supervision and enhances operational safety, especially during long freeze-drying cycles.

5. How does the construction material of the It Bench-top Standard Freeze Dryer enhance its durability and performance?

freeze dryer is constructed with high-grade stainless steel 304, a material widely known for its excellent resistance to corrosion, acids, and alkalis. This makes it ideal for laboratory environments where exposure to chemicals and moisture is common. The robust construction ensures that the equipment remains durable even after continuous use over time. Stainless steel also supports easy cleaning and maintenance, helping to maintain a sterile environment, which is especially critical in pharmaceutical and biotechnology applications. This strong and hygienic construction ultimately extends the equipment's lifespan and enhances user confidence in long-term use.