Vacuum Oven LVO-T2019

Introduction

Vacuum Oven has a capacity of 32L, providing sufficient space for drying and processing samples. The temperature range is from room temperature +10℃ up to 200℃, allowing flexible operation for different applications. Its microcomputer control ensures accurate operation and reliable temperature control performance. Stainless steel working chamber and shelf of our vacuum oven provides strong resistance to corrosion, are easy to clean, and ensure long service life.

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

Vacuum Oven is used in pharmaceutical, chemical, food, and material science industries for drying advanced materials, removing solvents, and protecting moisture-sensitive packaging.

Specifications

Chamber capacity	32L
Temperature range	RT+10 to 200℃
Temperature resolution	0.1℃
Temperature stability	±1℃
Vacuum degree	<133Pa, ±3%
Shelves	1pc, stainless steel
Timing range	1 to 9999 min
Ambient temperature	5 to 40℃
Vacuum Pump Pumping rate	5
Vacuum Pump Limited pressure	5 Pa
Vacuum Pump Oil needed	250ml
Vacuum Pump Screw thread of gas inlet	7 to 16/20, M12×1.25
Vacuum Pump Power supply	AC220V±5%, 50Hz
Vacuum Pump Power	250W
Chamber Power consumption	650W
Chamber Power supply	AC220V±5%, 50Hz
Vacuum Pump Dimension	320 × 128 × 260 mm
Inner chamber size	320 × 320 × 320 mm
Packaging Dimension	360 × 180 × 300 mm
Vacuum Pump Weight	9 Kg
Gross Weight	15 Kg

Features

display

Digital pressure controller

Double-layer tempered glass door

Built-in storage cabinet

FAQs

1. What is the capacity and temperature range of It Vacuum Oven , and why are they important?

The It Vacuum Oven has a chamber capacity of 32L, which provides enough space for drying and processing different types of samples. Its temperature range is RT+10? to 200?, making it versatile for a wide range of applications. This flexibility allows users to perform low-temperature drying for delicate materials as well as higher-temperature processing for more robust samples. With a resolution of 0.1? and temperature stability of ±1?, it ensures accurate and reliable heating performance.

2. How does It ensure safety and durability in the Vacuum Oven ?

It designs the Vacuum Oven with a stainless-steel working chamber and shelf, which are resistant to corrosion, easy to clean, and ensure long-lasting use. The oven also features a double-layer tempered glass door, allowing safe monitoring of the process without heat loss or risk of breakage. Additionally, the advanced microcomputer control system ensures stable operation, while the built-in storage cabinet helps in managing accessories conveniently. Together, these features provide both safety and durability during long-term use.

3. What makes the It Vacuum Oven suitable for sensitive applications?

The It Vacuum Oven is designed for applications where removing moisture, solvents, or gases must be done without damaging the samples. Its vacuum degree of <133Pa (±3%) and use of a high-quality vacuum pump ensure that delicate and moisture-sensitive materials are dried gently and effectively. This makes it particularly suitable for industries like pharmaceuticals, chemicals, food processing, and material sciences, where product quality and stability are highly important.

4. What are the key features of the It Vacuum Oven that make it user-friendly?

It focuses on making the practical and easy to use. The oven comes with an display for clear monitoring, a digital pressure controller for precise vacuum settings, and a programmable timer that allows users to set operating times from 1 to 9999 minutes. The system is controlled by a reliable microcomputer, which makes operation simple while ensuring accuracy. Its compact design and optional vacuum pump make it convenient for laboratory as well as industrial use.

5. What are the common applications of It Vacuum Oven ?

The It Vacuum Oven is widely used across different industries due to its versatility. In pharmaceuticals, it is used for drying heat-sensitive drugs and removing solvents. In the chemical industry, it helps in drying chemicals and intermediates without degradation. In the food industry, it is useful for preserving food samples and testing moisture content. In material science, it supports the drying of advanced materials, polymers, and electronic components while protecting them from oxidation or contamination. Its ability to handle sensitive and advanced drying needs makes it a valuable tool for laboratories and production facilities.