See Saw Rocking Shaker LSSR-T2011

Introduction

See Saw Rocking Shaker is a compact bench-top design that offers a speed range of 1 to 70 rpm. It is an electronic controlled shaker, that allows mid-run adjustments, offering flexibility and precision. The dimpled mat holds various tubes securely preventing slippage during motion. It has a step motor that ensures quiet, vibration-free performance, making it perfect for delicate tasks. Our See Saw Rocking Shaker is widely used for molecular biology, clinical diagnostics, and life sciences research.

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

Our See Saw Rocking Shaker is ideal for laboratories involved in electrophoresis, molecular hybridization, or staining and destaining procedures. It supports 2D shaking of samples such as test tubes, culture plates, dishes, and flasks, making it suitable for applications in biomedical research, biotechnology, and diagnostics. 

Specifications

Speed Range	1 to 70 rpm
Maximum Load	2.0 Kg
Tilt Angle	1 to 10°
Timing Range	1 min to 99 h 59 min/∞
Platform Dimension	188 × 248 mm
Platform Material	Aluminium
Power Supply	35 W
Voltage	DC 24 V/2A
Dimensions	294 × 254 × 128 mm
Net Weight	2.8 Kg

Features

display

Beep alarm function

Aluminium platform

Noiseless operation

Compact design

FAQs

1. What are the benefits of the See Saw Rocking Shaker compared to a typical shaker incubator?

The See Saw Rocking Shaker offers a unique rocking motion with a tilt angle, making it more suitable for 2D shaking of delicate samples like test tubes, culture dishes, and cell plates. Unlike traditional shaker incubators that use orbital shaking, this model delivers see-saw motion for uniform sample agitation without splashing.

2. Is the tilt angle in the See Saw Rocking Shaker efficient for thorough and consistent mixing?

Yes, the See Saw Rocking Shaker features an adjustable tilt angle ranging from 1° to 10°, allowing customized motion suited for various laboratory needs. This tilt range facilitates efficient, uniform mixing of biological and chemical samples without disruption. Its dimpled mat design prevents sample containers from slipping, enhancing stability during operation. Overall, the tilt system supports gentle yet thorough mixing across all sample types.

3. Does the See Saw Rocking Shaker offer any built-in safety features?

See Saw Rocking Shaker is equipped with a step motor known for its noiseless performance and low maintenance. This motor type ensures accurate positioning and consistent motion without the need for belts or gears, reducing mechanical wear. It enables smooth operation at speeds ranging from 1 to 70 rpm, which is essential for sensitive mixing tasks. The minimal vibration contributes to sample integrity and repeatable results. The step motor also enhances durability, making the unit reliable for long-term lab applications.

4. Is the See Saw Rocking Shaker suitable for crowded or limited lab bench spaces?

Absolutely, the See Saw Rocking Shaker integrates several safety-focused design elements to protect both equipment and samples. It includes a beep alarm that activates when a procedure ends, reducing the risk of overheating or overmixing. The spill-resistant platform design protects the motor and internal components from fluid damage. Additionally, the low-noise step motor generates minimal heat and interference. Combined with its stable aluminum platform and tilt-locking features, the incubator ensures secure and controlled operation under all conditions.

5. What are the advantages of the step motor used in the See Saw Rocking Shaker ?

Yes, the See Saw Rocking Shaker is specially designed with a compact footprint and lightweight structure to suit congested laboratory environments. Its small size allows it to fit seamlessly into busy workstations without sacrificing performance. Despite its minimal dimensions, it supports up to 2.0 kg of load and provides a spacious platform for multiple tube sizes. It combines high functionality with space efficiency, making it ideal for labs with restricted bench space.