Description

Orbital Shaker OS20

Digital Display
Bushless Motor Speed Range – 40~200RPM
Plate Size – 250 x 250 x 50mm
Maximum Load 2kg
Timing Function, Universal Tray Platform
Operation Mode – 20mm

Brand: Labman

The Labman Orbital Shaker OS20 is a compact and efficient shaking solution, designed for laboratories that demand reliability, versatility, and precision in sample mixing. Ideal for a wide range of applications including cell culture, staining, hybridization, solubility testing, and general mixing, the OS20 offers quiet, stable, and high-performance operation. With its advanced features and user-friendly interface, it is suitable for use in research, clinical, pharmaceutical, and academic labs.

A key feature of the OS20 is its digital display, which provides clear and precise readouts of operational parameters. The digital interface allows users to monitor and adjust speed and time settings accurately, ensuring consistent and reproducible results. Whether working with sensitive biological samples or general lab reagents, the display offers clarity and control for all users.

The shaker is powered by a brushless DC motor, which is known for its durability, low maintenance, and smooth, quiet performance. The motor supports a speed range of 40 to 200 RPM, making it suitable for gentle mixing or more vigorous shaking, depending on the application. This adjustable speed range allows for flexibility in sample processing, providing tailored agitation for various protocols such as incubation, washing, or reagent mixing.

One of the essential aspects of the OS20 is its 20mm orbital motion, which ensures uniform and consistent mixing across the entire tray platform. This movement style is ideal for procedures that require gentle agitation without shearing or damaging delicate samples, such as live cell suspensions or fragile molecular solutions. The orbital motion provides thorough yet smooth mixing, which is crucial for experiments that demand high levels of reproducibility.

The tray platform included with the OS20 is a universal tray, designed to accommodate a variety of flasks, tubes, or containers, making it versatile and adaptable to many laboratory applications. The plate size of 250 x 250 x 50 mm provides ample surface area to organize multiple vessels in a single run, enhancing workflow efficiency and minimizing the need for batch-wise processing.

Capable of handling a maximum load of 2 kg, the OS20 supports the shaking of multiple samples simultaneously without compromising stability. Whether using small tubes, Petri dishes, or medium-sized flasks, the unit remains steady, even at higher speeds and full load. The robust design ensures minimal vibration and noise, which is especially beneficial in shared or sensitive lab environments.

To further enhance operational control, the OS20 features a timing function, allowing users to set specific mixing durations. This feature is essential for time-sensitive protocols and ensures reproducibility by automating start and stop times. Users can program the shaker to run for a few minutes or extended periods, depending on experimental needs. Once the time elapses, the unit stops automatically, providing convenience and energy savings.

The design and construction of the Orbital Shaker OS20 reflect Labman’s commitment to durability and quality. The unit’s compact footprint saves valuable bench space, while its sturdy build and slip-resistant feet ensure safe and stable operation. Additionally, the shaker is easy to clean and maintain, making it a practical choice for busy lab environments.

In summary, the Labman Orbital Shaker OS20 is a reliable and versatile lab instrument designed for precise sample agitation. Its digital control, adjustable speed range, 20mm orbital motion, and timed operation provide the accuracy and flexibility required for a wide range of laboratory tasks. With a universal tray platform, 2 kg load capacity, and quiet brushless motor, the OS20 stands out as an efficient solution for any lab requiring gentle, consistent, and high-quality shaking performance.