Bench-top T-Type Freeze Dryer LBFD-T2018

Introduction

Bench-top T-Type Freeze Dryer offers an ice condenser capacity of 3 to 4 kg per 24 hours, ensuring efficient vapor capture for small to medium sample loads. The rubber valve provides secure and leak-proof sample sealing. It delivers consistent freeze-drying performance with a bench-top design. Our bench-top T-type freeze dryer features a stable cooling function to maintain consistent low temperatures to suit various research and testing needs. 

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 T-Type Freeze Dryer has a high vacuum performance and low condenser temperatures for efficient drying. It is used in scientific labs for sample preservation, compound stabilization, and freeze-drying of heat-sensitive materials. 

Specifications

Ice Condenser Capacity	3 to 4 kg / 24 h
Condenser Temperature	-80 ℃
Rubber Valve	24 piece s for 24 ampules
Final Vacuum	< 10 Pa
Condenser Size	Ф215 mm, 140 mm deep
Vacuum Pump Flow Rate	2 L / S, 7.2 m³ / h
Defrosting	Off cycle defrosting
Cooling	Air cooling, ambient temperature ≤ 25 ℃
Voltage	220 V / 50 Hz
Power	970 W

Features

Precise Temperature Control

Shelf Heating System

Real Time Data Monitoring

Rapid Moisture Extraction 

Thermal Overload Protection

FAQs

1. What are the key performance features of the Bench-top T-Type Freeze Dryer for laboratory-scale freeze-drying?

It supplies the Bench-top T-Type Freeze Dryer with advanced performance features ideal for laboratory-scale applications. It offers a -80°C condenser temperature, stable vacuum performance, and an intuitive control system. This model ensures consistent drying through uniform temperature distribution and efficient moisture removal. Its compact bench-top design makes it space-saving while maintaining industrial-grade functionality. The system supports ampoule sealing for sample integrity and long-term storage. Built-in safety mechanisms and a touchscreen interface enhance usability. It is ideal for biological, pharmaceutical, and chemical labs.

2. How does the Bench-top T-Type Freeze Dryer maintain temperature accuracy during the freeze-drying process?

It supplies the Bench-top T-Type Freeze Dryer with a precision-controlled temperature system that regulates shelf temperatures accurately throughout the drying cycle. The integrated sensors and microprocessor-based control ensure fluctuations are minimized. This temperature accuracy is critical for maintaining sample structure and biological activity. The condenser maintains a stable -80°C, aiding in efficient sublimation. Consistency in temperature helps reduce drying time and improves end-product quality. The system allows for real-time temperature monitoring and data logging. It is suitable for critical research and pharmaceutical processes.

3. Can the Bench-top T-Type Freeze Dryer handle both bulk materials and vial-based samples efficiently?

It supplies the Bench-top T-Type Freeze Dryer with a versatile drying chamber that accommodates both bulk samples and ampoule/vial-based preparations. This adaptability makes it an excellent choice for R&D and pilot studies across industries. The design includes interchangeable trays and rubber valve ports for ampoule sealing. Uniform vacuum and temperature control ensure even drying across different sample formats. The system enhances throughput and operational efficiency in mixed-sample workflows. Whether handling powders, liquids, or delicate biologicals, the model delivers consistent results. It offers users flexibility without compromising performance.

4. What type of vacuum system is integrated into the Bench-top T-Type Freeze Dryer , and how does it enhance drying performance?

It supplies the Bench-top T-Type Freeze Dryer with a high-efficiency vacuum pump system that creates a low-pressure environment ideal for rapid sublimation. The deep vacuum ensures that moisture is removed at lower temperatures, preserving heat-sensitive compounds. It helps maintain a stable drying phase and reduces processing time. The pump is oil-sealed or dry-type, depending on the model variant, and operates quietly with minimal maintenance. Integrated vacuum gauges offer accurate performance monitoring. This system ensures high reproducibility in lab-scale lyophilization cycles. It’s designed to meet rigorous quality and performance standards.

5. In what types of applications can the Bench-top T-Type Freeze Dryer be effectively utilized?

It supplies the Bench-top T-Type Freeze Dryer for a wide range of applications including pharmaceutical research, biotechnology, food testing, and academic studies. It is ideal for freeze-drying biological samples, vaccines, enzymes, and temperature-sensitive chemicals. The system’s precise control over temperature and vacuum ensures preservation of structure and potency. It supports ampoule sealing for drug stability and regulatory compliance. The compact design fits small labs while offering high-end features. Its reliability and flexibility make it suitable for both product development and quality testing stages. This dryer bridges laboratory needs with semi-industrial performance.