Air Bath Oscillator LABO-T2011

Introduction

Air Bath Oscillator uses reciprocating oscillation mode and offers a working area of 520 × 420 × 200 mm. It features a color large screen cultivation needs in research and industrial laboratories.

This laboratory oscillator 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 Air Bath Oscillator is used in colleges and universities, medical, petrochemical, health and epidemic prevention, environmental monitoring and other scientific research departments for the oscillation culture of various liquid and solid compounds such as biology, biochemistry, cells, and strains.

Specifications

Oscillation Mode	Reciprocating
Working Size (mm)	520 × 420 × 200 mm
Clamp Size	420 × 320 mm
Temperature Range	RT + 5 to 60°C
Temperature Fluctuation	± 0.5°C
Timer Range	0 to 999 h 59 min or 0 to 9999 min or continuous
Shaking Frequency	Startup to 300 rpm, stepless adjustment
Amplitude	20 mm
Heating Power	300W
Power Supply	110V 60Hz / 220V 50Hz
Dimension	700 × 450 × 515mm
Packaging Dimension	790 × 540 × 610mm
Net Weight	33 kg
Gross Weight	48 kg

Features

Built-in electronic timer

Quiet and smooth operation

High-precision temperature control

User-friendly interface

Durable design

FAQs

1. Why is reciprocating motion important?

This Air Bath Oscillator uses reciprocating oscillation, which means the platform moves back and forth in a straight line. This motion is particularly suited for processes that require consistent and uniform mixing, such as the cultivation of cells or microbial suspensions. Unlike orbital shakers, which introduce circular motion, reciprocating oscillators reduce shear stress on sensitive samples—especially useful for handling delicate cell lines or fragile biochemical compounds.

2. Can the air bath oscillator be used for long durations?

Yes, as Air Bath Oscillator features an exceptionally flexible timer that allows for countdown settings from 0 to 999 hours and 59 minutes or up to 9999 minutes, in addition to a continuous operation mode. This is a significant advantage for long-duration experiments such as overnight incubations, fermentation, or prolonged mixing protocols. Researchers don’t have to reset the device repeatedly, saving time and ensuring uninterrupted conditions. This extended timing capability also minimizes the need for additional timing equipment.

3. How does it address the challenge of contamination in sensitive experiments?

Contamination control is a major concern in labs, especially when dealing with microbiological cultures or sterile media. Air Bath Oscillator offers an optional UV sterilization feature, which helps sanitize the interior chamber between uses. This not only prevents cross-contamination between experiments but also helps maintain aseptic conditions—crucial for studies involving pathogens, cells, or sensitive chemical reactions. UV sterilization adds a layer of biosafety and convenience, eliminating the need for separate disinfection processes or reliance on external sterilizing equipment.

4. Can this be used in a global lab environment with varying power standards?

It supports dual power input of 110V 60Hz or 220V 50Hz, making it compatible with electrical standards across most countries. This is a practical advantage for international labs or institutions with global procurement needs. It also makes the device an attractive choice for multinational research facilities, academic collaborations, or contract research organizations that require standardized equipment across different locations.

5. How precise is the temperature control in this air bath oscillator?

The temperature control is highly accurate, maintaining a fluctuation of only ±0.5°C within the range of room temperature +5°C to 60°C. This ensures consistent conditions for sensitive biological or chemical processes.