Bench-top Top Press Freeze Dryer LBFD-T2013

Introduction

Bench-top Top Press Freeze Dryer provides a 0.08 ㎡ drying area and 6 Kg ice holding capacity. Our Bench-top Top Press Freeze Dryer features a controller for precise temperature control and shelves with aerospace-grade heating film. It includes thermal overload protection and a corrosion-resistant stainless steel 304 top. The colour touch screen shows real-time data, including vacuum and temperature readings. 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 Top Press Freeze Dryer is widely used in laboratories, pharmaceuticals, and biotechnology for preserving heat and moisture-sensitive materials.

Specifications

Drying Area	0.08 ㎡
No-load Temperature	Min.to Less than or Equal -68℃ (cold trap)
Cold Trap Volume	13 Liters
Ice Holding Capacity	6 Kg
24-hour Maximum Ice Holding Capacity	3 Kg
No-load Vacuum Pressure	5 Pa
Ultimate Vacuum	1Pa
Number Of Shelves	2 Layers
Material Tray Diameter	Ø 200 mm
Shelf Spacing	60 mm（can be removed and adjusted）
Tray-loaded Solution	1.2 Liters
Installed Capacity	1.1
Operating Noise	≤55dB
Ambient Temperature	Less than or Equal to 26℃
Dimension	580 × 880 × 460 mm
Weight	75 Kg

Features

Hermetic compressor

Refrigeration technology

Curved integrated structure

Internal condenser coils

Two-stage rotary vane vacuum pump

FAQs

1. What makes the It bench-top top press freeze dryer suitable for lab use?

It bench-top top press freeze dryer is compact, efficient, and designed for precise laboratory applications. It offers a 0.08 ? drying area and can hold up to 6 kg of ice, making it ideal for small to mid-scale sample processing. Its controller ensures accurate temperature control, while the aerospace-grade heating film on the shelves delivers consistent heating performance, all essential for reliable freeze-drying in research, pharmaceuticals, and biotech labs.

2. How does the control system enhance the freeze-drying process in the It bench-top top press freeze dryer?

The control system in the It freeze dryer is built for efficiency and real-time monitoring. It includes a colour touch screen that displays live data such as vacuum pressure, cold trap temperature, and shelf temperature. This enables users to easily follow the freeze-drying curve and adjust settings as needed. It also includes a thermal overload protection system for added safety and longevity of the equipment.

3. What is the capacity and performance of the It bench-top top press freeze dryer?

This model supports a total drying area of 0.08 ? and offers an ice holding capacity of 6 kg. The cold trap holds up to 13 Liters and maintains temperatures down to -68°C. It operates with two shelf layers, each with a 200 mm tray diameter and 60 mm spacing, capable of holding up to 1.2 Liters of solution. These features allow for efficient freeze-drying of various types of samples within 24 hours.

4. In which industries and applications can the It bench-top top press freeze dryer be used?

It bench-top top press freeze dryer is widely used in laboratories, pharmaceutical development, and biotechnology. It’s perfect for preserving heat- and moisture-sensitive materials like enzymes, bacteria, biological samples, and active pharmaceutical ingredients. Its precise control and reliable performance make it suitable for both research and routine applications.

5. What design and safety features make the It bench-top top press freeze dryer reliable?

This freeze dryer includes several important safety and design features. The hermetic compressor and advanced refrigeration technology ensure stable operation. The curved integrated structure provides durability, while the stainless steel 304 top resists corrosion and chemical damage. The system is also equipped with internal condenser coils and thermal overload protection, making it safe and dependable for daily use in any lab setting.