Vacuum Oven LVO-T2021

Introduction

Vacuum Oven operates efficiently across a temperature range from RT+10°C to 200°C. Adjustable door tightness with silicone sealing ensures optimal vacuum integrity. Each solid shelf supports independent temperature control for precise heat distribution. Enables step-by-step programming of temperature and time for complex procedures. Widely applicable for thermal processing, drying and degassing of sensitive materials.

This laboratory ovens 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 Vacuum Oven is ideally used in industrial applications for thermal processing of reactive substances, drying and degassing of sensitive materials.

Specifications

Volume	91L
Temperature Range	RT+10 to 200 ℃
Temperature Fluctuation	±1℃
Display Resolution	0.1℃
Vacuum Degree	Less than 133Pa
Power Consumption	1.6 KW
Power Supply	AC 220V, 50Hz
Chamber Dimension	450mm × 450mm × 450mm
Exterior Dimension	610mm × 660mm × 1450mm
Packaging Dimension	780mm × 760mm × 1630mm
Net Weight	90kg
Gross Weight	145kg

Features

Built in leakage protection

Segmented program control

RS485 communication port 

Inert gas connection

Anti-corrosive structure

FAQs

1. How does the Vacuum Oven enhance vacuum sealing and chamber performance?

Vacuum Oven features adjustable door tightness and silicone gasket sealing, which help maintain a strong and stable vacuum environment. The well-insulated door ensures minimal heat loss and excellent sealing performance during long drying cycles. These features are critical when working with volatile, hygroscopic, or oxygen-sensitive materials. The anti-corrosive internal structure extends the equipment’s lifespan while ensuring contamination-free processing. Whether used in chemical, pharmaceutical, or electronics labs, its build ensures consistent operation and vacuum integrity. The design also helps minimize energy loss and system fatigue over time.

2. What is the temperature and vacuum performance of the Vacuum Oven ?

The Vacuum Oven operates within a temperature range of RT+10°C to 200°C, making it suitable for low-temperature drying and thermal processing of delicate materials. It maintains a temperature fluctuation of ±1°C and offers a resolution of 0.1°C for accurate control. With a vacuum degree less than 133 Pa, it ensures efficient drying without oxidation or thermal degradation. This makes the oven ideal for applications that require precise and uniform drying under reduced pressure. The combination of reliable temperature control and strong vacuum integrity supports a wide range of scientific and industrial processes. It’s particularly well-suited for heat-sensitive samples and volatile substances.

3. What advanced control features are included in the Vacuum Oven ?

Vacuum Oven includes segmented program control, allowing for step-by-step customization of temperature and timing profiles for complex procedures. Each solid shelf is independently temperature-controlled, ensuring uniform heating across all levels and improved sample accuracy. The RS485 communication port enables remote monitoring, data recording, and integration into lab automation systems. These features streamline workflow and allow users to maintain detailed logs for quality assurance. Ideal for research labs and production environments alike, this advanced control system supports repeatable, error-free operation. The intuitive interface makes it user-friendly while offering high-level process control.

4. What safety and structural features make the Vacuum Oven reliable?

Vacuum Oven is equipped with a built-in leakage protection system, enhancing safety during prolonged or high-temperature operations. Its inert gas connection allows for purging the chamber to protect sensitive samples from oxidation or contamination. The anti-corrosive structure ensures durability even under rigorous or chemically reactive conditions. These safety mechanisms are critical in environments where stability, precision, and contamination control are required. Combined, they make the oven a dependable solution for routine lab work and complex experimental processes. Its robust construction also reduces the need for frequent maintenance.

5. What are the main industrial applications of the Vacuum Oven ?

Vacuum Oven is widely used in industrial and laboratory settings for thermal processing of reactive substances, degassing, and low-temperature drying. It’s ideal for handling materials that are sensitive to heat, oxygen, or moisture. Industries such as pharmaceuticals, electronics, polymers, and chemicals benefit from its ability to maintain controlled atmospheres and consistent heating. The programmable controls and vacuum capability make it especially useful for product development, quality testing, and small-scale production. Whether removing solvents from drug compounds or drying electronic parts, this oven provides precision and reliability. Its versatility makes it a core tool in research and manufacturing workflows.