Get Quote

Contact us now to receive a detailed quotation.

Need quick help? Chat with us on WhatsApp:

WhatsApp QR Code

OR

Rocking Shaker LMRSK-A104

Rocking Shaker LMRSK-A104 features gentle shaking with speed range from 1 to 70 rpm. Its compact table design fits inside incubators or greenhouses for controlled experimental conditions. Equipped with LCD display, it clearly shows tilt angle, speed, and time for convenient monitoring. Incorporates noiseless step motor for smooth motion, minimal interference, and long maintenance-free service life. Our Rocking Shaker is ideal for mixing, hybridization, and staining tasks in research and diagnostic labs.

Catalog Send Mail Whatsapp

Specifications

Speed Range 1 to 70 rpm
Maximum Load 2 kg
Tilt Angle 1 to 10°
Timing Range 1min to 99h59min/∞
Platform Material Aluminum
Platform Dimension 188×248mm
Power Consumption 35W
Power Supply DC24V/2A
Dimensions 294×254×128 mm
Weight 2.8 Kg

Features

Electronic control 

See-saw motion

Dimpled mat surface

End-operation alarm

Anti-roll platform

Applications

Rocking Shaker LMRSK-A104 enables gentle mixing, hybridization, and staining or destaining tasks for test tubes, culture dishes, and cell culture plates in research, diagnostic, and biotechnology laboratories.

Similar Products

Multi-Function Rocking Shaker LMMRS-110

  • Speed range: 10 to 80 r/min
  • Timer: 1min-24 hours/ continuous operation
  • Shaking motion: Rocking motion
  • Maximum shaking weight: 10 kg
  • Angle fixed: 8°

Rocking Shaker LMRSK-A101

  • Speed Range: 5 to 80 rpm
  • Swing Cycloid: 25mm / 10°
  • Time Range: 1 min to 99 h 59 min
  • Maximum Load: 5.0 kgs
  • Power consumption: 50W

Rocking Shaker LMRSK-A103

  • Speed: 10 to 100 rpm
  • Amplitude: Up and down 25mm, 10°
  • Maximum Capacity: 5kg
  • Timer: 1m to 99h59m/0: infinite time
  • Power Consumption: 45W
Rocking Shaker LMRSK-A100
  • Speed Range: 5 to 80 rpm
  • Swing Cycloid: 25mm / 10°
  • Time Range: 1 min to 99 h 59 min
  • Maximum Load: 5.0 kg
  • Power Consumption: 50 W
Rocking Shaker LMRSK-A102
  • Speed: 10 to 70 rpm
  • Orbital Diameter: 10°
  • Maximum Load (With Clamps: 3kg
  • Shaking Mode: Rocking motion
  • Operation Mode: Continuous

Digital Rocking Shaker LMRS-A100

  • Swing Cycloid: 9°
  • Max. load capacity (with platform): 10 kg
  • Shaking Speed range: 10 – 70 rpm
  • Time setting range: 1 min – 19 h 59 min
  • Speed display: LCD

Digital Rocking Shaker LMRS-A101

  • Swing Cycloid: 7 °
  • Max. load capacity (with platform): 3 kg
  • Shaking Speed range: 10 – 80 rpm
  • Time setting range: 1 min – 19 h 59 min
  • Speed display: LED

Frequently Asked Questions

1 What is a Rocking Shaker?

A Rocking Shaker is an apparatus designed to mix or agitate samples gently using a rocking motion.

2 How does Rocking Shaker work?

It works by providing a see-saw type rocking motion, which ensures uniform mixing of solutions without creating foam.

3 Can Rocking Shaker be used for cell cultures?

It is suitable for cell culture applications that require gentle, continuous motion.

4 What role does Rocking Shaker play in immunoprecipitation workflows?

During immunoprecipitation, it is used to incubate samples with beads or antibodies.

5 Is Rocking Shaker helpful in drug dissolution studies?

In drug dissolution studies, it can simulate mild in vivo conditions, and the Rocking Shaker supports the even mixing of compounds for testing solubility profiles.

6 How is Rocking Shaker used in microbiology for culturing bacteria?

It is used for growing slow-growing bacterial strains under low shear conditions.

7 What role does Rocking Shaker play in environmental testing?

In environmental testing, it is used for mixing soil, water, or sediment samples with extraction buffers.

8 Is Rocking Shaker effective for forensic sample processing?

It is used in forensic labs for sample lysis and DNA extraction steps.

9 How is Rocking Shaker applied in protein renaturation experiments?

In protein renaturation, it is used to gently mix denatured proteins with refolding buffers.

10 Is Rocking Shaker beneficial for biofilm cultivation?

It is used to simulate natural fluid movement during biofilm formation.