Air Bath Oscillator LABO-T2012

Introduction

Air Bath Oscillator offers a rotation rate adjustable between 40 and 300 rpm. It is designed with a corrosion-resistant stainless steel chamber for durability. Its sturdy housing ensures long-term performance under frequent use. The display screen provides clear temperature and frequency control. Our Oscillator is ideal for microbial growth studies, protein expression, and biochemical analyses.

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 ideal for microbial growth studies, protein expression, and biochemical analyses, providing uniform temperature distribution and controlled agitation for optimal sample processing and consistent experimental outcomes.

Specifications

Type	Air Bath
Temperature Range	RT+5 to 65°C
Oscillation Mode	Reciprocating
Rotation Rate	40 to 300 rpm
Vibration Amplitude	30 mm
Timer Range	0 to 9999 min/h
Full Load Configuration	500 × 6 or 1000 × 2 [ml×pc]
Power	300 W
Housing Dimensions (W×D×H)	740 × 480 × 500 mm
Tray Dimensions (W×D)	430 × 340 × 320 mm
Package Dimensions	800 × 560 × 530 mm
Net weight	44 kg
Gross weight	60 kg

Features

Integrated Lighting System

Power Failure Auto-Recovery

Settings Memory Function

Adjustable Spring Holder

Programmable Timer

FAQs

1. What materials are used in the chamber of the air bath oscillator?

The chamber is made of corrosion-resistant stainless steel for enhanced durability and easy cleaning. This material resists rust, chemical corrosion, and wear, ensuring a longer service life. Its smooth, non-porous surface prevents sample contamination and allows quick, hygienic maintenance. The stainless steel construction also provides excellent thermal conductivity, contributing to uniform temperature distribution inside the chamber. Designed to withstand frequent use in demanding lab environments, the robust chamber maintains consistent performance and reliability over time.

2. Is the Air Bath Oscillator suitable for microbial studies?

Yes, it is ideal for microbial growth studies, protein expression, and biochemical analyses. Its uniform temperature distribution and precise shaking control create optimal conditions for microbial cultures, promoting consistent growth and reproducible results. The adjustable rotation speeds accommodate a variety of experimental protocols, from gentle mixing to vigorous agitation. Additionally, its corrosion-resistant chamber ensures contamination-free operation and easy cleaning. This makes it a reliable and durable tool for research, development, and quality control in microbiology and biochemical laboratories.

3. How does the air bath oscillator ensure precise control of temperature and shaking?

It features an display screen for clear and accurate temperature and frequency control. The microcomputer-based controller maintains stable temperature settings throughout the experiment. Programmable shaking speeds allow precise adjustment to meet specific protocol requirements. This combination ensures consistent and reproducible experimental conditions every time. The system also includes automatic setting memory, which restores previous parameters after a power interruption. Uniform temperature distribution across the chamber ensures all samples receive equal thermal exposure, improving result reliability.

4. Can the air bath oscillator withstand frequent laboratory use?

Yes, its sturdy housing design ensures long-term performance even under frequent use. The corrosion-resistant stainless steel chamber enhances durability and withstands exposure to various reagents. High-quality components support continuous operation in demanding lab environments. Its robust construction minimizes wear and tear, making it suitable for daily use. Additionally, its power failure recovery function helps maintain workflow consistency during unexpected interruptions.

5. What is the temperature range of the air bath oscillator?

The temperature range is RT+5°C to 65°C, providing optimal conditions for various experiments. This range supports a wide variety of biological and chemical applications requiring controlled thermal environments. The microcomputer-based control system ensures temperature stability and uniformity throughout the chamber. It is suitable for incubation, culturing, and enzymatic reactions where precise thermal control is essential.