Introduction

Orbital Shaker is designed for shaking, mixing and aeration applications. They are equipped with microprocessor control technology and a long lasting brushless DC motor that enables quiet operation and consistent performance. The adjustable speed control provides gentle to vigorous agitation. These orbital shakers are accommodated with various platform like flat platforms or platform with clamps, non-slippery rubber mat etc. for different use. The multi-functional shaking system is suitable for use in different laboratories like molecular biology, microbiology, immunology, chemistry, etc.

This laboratory shakers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

These orbital shakers are suitable for use in cell culturing, staining/de-staining and mixing, growth studies etc. in microbiology, biochemistry, molecular biology, biopharmaceutical and biomedical laboratories.

Specifications

Maximum Load Capacity 2.5 kg
Shaking Speed Range 50 - 250 rpm
Platform Dimension 270 x 230 mm
Shaking Orbit 20 mm
Shaking Motion Orbital
Display
Timer Range 1 min - 99 h 59 min
Temperature Range None
Operation Continuous
Type of movement Orbital movement timer with countdown function
Shaking Speed Accuracy ±10 rpm.
Overall Dimension 280 x 270 x 110 mm
Power 50 W
Power Supply AC 100 V - 240 V, 50 / 60 Hz , 2A
Weight 7.2 kg

Features

Multi-functional shaking system

Compact space-saving design fits easily in incubator and refrigerator

Adjustable speed control provides gentle to vigorous agitation

Microprocessor control with simultaneous display of time and speed

Brushless DC motor ensures maintenance-free, reliable and quiet operation

Audio alarm signals program completion

Accommodate a variety of platforms, non-slip rubber mat, conical flasks and other sample containers

FAQs

1. What is the maximum load capacity and shaking performance of the Orbital Shaker ?

The Orbital Shaker offers a maximum load capacity that makes it suitable for small to medium scale laboratory tasks. Its shaking speed range ensures both gentle mixing and vigorous agitation depending on the application needs. The orbital shaking motion delivers consistent aeration and uniform mixing of samples. With its adjustable controls, users can set the required intensity of shaking for different vessels. This combination makes the Orbital Shaker an efficient choice for routine laboratory mixing and shaking.

2. How does the Orbital Shaker maintain reliable and quiet operation?

The Orbital Shaker is equipped with a long-lasting brushless DC motor that ensures smooth and maintenance-free operation. Its design allows the shaker to run quietly, making it convenient for use in shared or sensitive laboratory spaces. The stable performance of the motor minimizes vibration and extends equipment life. Integrated microprocessor control further enhances precision and consistency during runs. Altogether, the Orbital Shaker combines reliability with quiet functionality for daily laboratory use.

3. What control features are provided in the Orbital Shaker ?

The Orbital Shaker comes with microprocessor control technology that offers simultaneous display of both time and speed. Its adjustable speed control allows researchers to tailor shaking intensity based on their experimental needs. The device supports both continuous and timed operations, offering flexibility for short-term and long-term applications. A clear display makes it simple to monitor settings and progress throughout operation. Additionally, the Orbital Shaker includes an audio alarm to indicate program completion, ensuring convenient monitoring.

4. What types of platforms and sample containers can be used with the Orbital Shaker ?

The Orbital Shaker is highly versatile, accommodating a variety of platforms and container types. It supports flat platforms, platforms with clamps, and non-slip rubber mats to secure samples effectively. The shaker can hold a wide range of vessels including conical flasks, culture dishes, and tubes, making it adaptable to different research applications. This flexibility allows researchers to handle multiple experimental requirements with a single device. As a result, the Orbital Shaker proves to be an efficient and multi-functional piece of equipment.

5. In which laboratory applications can the Orbital Shaker be effectively used?

The Orbital Shaker is designed for diverse laboratory applications across molecular biology, microbiology, immunology, and chemistry. It is widely used for cell culturing, staining and de-staining procedures, and various mixing processes. The shaker supports growth studies and aeration requirements in biopharmaceutical and biomedical research. Its compact design enables placement inside incubators and refrigerators for temperature-controlled shaking experiments. Overall, the Orbital Shaker is a dependable tool for a broad range of life science and analytical research applications.

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