Rocker Shaker LRSR-T2014

Introduction

Rocker Shaker offers a variable speed range of 5 to 80 rpm, allowing for gentle to moderate mixing, suitable for a wide range of applications. It includes a programmable timer for flexible operation times for short and extended operations. The brushless stepper motor provides smooth and silent operation with no maintenance required. Our shaker is used for gentle mixing in labs, incubators, and greenhouses for staining, fixing, and decolorizing.

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

Rocker Shaker is designed for gentle and efficient mixing of samples in various laboratory procedures. It is widely used in applications such as gel fixation, staining, decolorization, and reagent mixing within labs, incubators, and greenhouses.

Specifications

Speed Range	5 to 80rpm
Maximum Loading Capacity	5kgs (double-deck platform)
Swing Cycloid	25mm (up and down) / 10°
Time Range	1min to 99h59min
Fuse Protector	250V, 1A, Ф5×20
Power Consumption	50W
Power Supply	AC 100 to 230V, 50/60Hz
Platform Dimension (L×W)	280 × 228mm
Dimensions (W×D×H)	284 × 264 × 248 mm
Weight	6.0 kg

Features

Smooth cycloidal rocking motion

Compact space-saving design

Real-time speed display

Anti-slip rubber surface

High load capacity supported

FAQs

1. What kinds of containers and accessories can be used with the Rocker Shaker ?

The Rocker Shaker supports a variety of lab containers including beakers, flasks, Petri dishes, microplates, staining trays, and hybridization boxes. Its non-slip rubber platform ensures containers stay securely in place during rocking. Optional accessories such as non-slip mats or custom holders can be added for enhanced stability. The double-deck platform increases sample throughput, useful for batch processing. Its flexibility allows adaptation to different sample types and volumes. Users can mix multiple containers simultaneously without compromising performance. This makes the Rocker Shaker ideal for multi-sample workflows in diagnostics, research, and education labs.

2. Is the Rocker Shaker easy to maintain over time?

Yes, the Rocker Shaker is designed for easy maintenance and long-term reliability. It features a brushless stepper motor that operates without the need for lubrication or frequent servicing. The stainless steel platform and rubber surface are easy to clean and resist chemical corrosion. There are no belts or brushes that wear out quickly, reducing downtime. The sealed housing protects internal components from dust and liquid exposure. Users only need to perform occasional surface cleaning and fuse checks. Its simplicity reduces maintenance costs and increases uptime. It’s built to withstand daily use in busy labs with minimal upkeep.

3. Can the Rocker Shaker operate safely for overnight or unattended experiments?

Designed for extended use, the Rocker Shaker is perfect for unattended and overnight protocols. Its programmable timer enables long-duration operation without manual oversight. Integrated safety features, including fuse protection and stable load handling, provide dependable performance. The quiet brushless motor ensures continuous, low-maintenance operation over long periods. Its smooth and consistent motion helps maintain reproducibility across lengthy experiments. With minimal risk of overheating or breakdown, it’s well-suited for procedures like overnight staining and hybridization. Researchers can rely on it for critical workflows without constant supervision. This dependability enhances lab efficiency and workflow planning.

4. Can the Rocker Shaker be used for hybridization or blotting protocols?

Yes, the Rocker Shaker is well-suited for hybridization and blotting procedures such as Southern, Northern, and Western blots. Its gentle rocking motion ensures even distribution of probes and buffers over membranes without causing damage. The extended timer range allows for overnight incubations commonly required in these protocols. It supports consistent agitation at low speeds, critical for uniform hybridization results. The stable platform accommodates hybridization bottles, trays, and blotting boxes. Low heat output makes it ideal for use inside temperature-controlled incubators. Its quiet operation also minimizes disturbance in shared lab environments. This makes it reliable for delicate molecular biology workflows.

5. What makes the Rocker Shaker different from an orbital or vortex shaker?

Rocker Shaker differs significantly in motion type and application. It provides a smooth see-saw rocking motion instead of circular or turbulent agitation. This gentle movement is ideal for delicate samples, gel staining, and decolorizing, where minimal shear stress is needed. Orbital shakers are more suited for aeration in flasks or liquid cultures, while vortex shakers are used for quick, high-speed mixing of small volumes. The shaker offers more precise and consistent motion for protocols requiring slow, uniform agitation. It is also quieter, more stable, and better suited for incubator use than vortex or orbital alternatives. Its design supports longer, low-impact shaking.

6. How does the Rocker Shaker perform in temperature-sensitive applications?

Rocker Shaker performs efficiently in temperature-sensitive protocols due to its low heat generation and compatibility with incubator environments. It can operate inside incubators without disrupting internal temperature stability. This is essential for procedures like enzyme-based incubations, nucleic acid hybridizations, or protein staining. Its durable components are unaffected by humidity or moderate heat. The consistent, gentle rocking prevents sample degradation caused by sudden movements or overheating. Whether it's enzyme digestion or long incubations, the shaker provides steady performance. It allows researchers to maintain environmental control while ensuring thorough and uniform mixing of reagents.