Rocking Shaker LE-RS101

Rocking Shaker LE-RS101

Lab Expo Rocking Shaker LE-RS101 offers a speed range of 1 to 70 rpm with mid-run adjustment capability. It features an electronic control system for flexible, precise operation during sensitive shaking performance. Equipped with a dimpled mat, it securely holds tubes in place and prevents slippage during motion. Integrated step motor ensures quiet, vibration-free performance ideal for delicate and repetitive lab tasks. Our Rocking Shaker is suitable for molecular biology, clinical diagnostics, and life sciences research.

$1,478.00 $ 1232

Rocking Shaker LE-RS101 - Specifications

Shaking Speed Range 1 to 70 rpm
Maximum Load 2.0 Kg
Tilt Angle 0 to 10°
Timing Range 1min to 99h 59min
Platform Dimension 188 × 248mm
Platform Material Aluminium
Power Consumption 35 W
Power Supply DC24V/2A
Dimension 294 × 254 × 128 mm
Net Weight 2.8 Kg

Rocking Shaker LE-RS101 - Key Features

  • LCD Display with real-time speed monitoring
  • Aluminium platform with 188x248mm dimensions
  • Beep alarm function with adjustable timing range
  • Quiet operation via integrated step motor

Rocking Shaker LE-RS101 - Applications

FunctionImplementation
Clinical diagnostics labs1 to 70 rpm enables precise sample mixing
Molecular biology workflowsDimpled mat prevents tube slippage during operation
Quality control testingElectronic control supports mid-run speed adjustment
Research laboratory useStep motor delivers quiet, vibration-free performance
Industrial sample prepMaximum load 2.0 Kg handles multiple tubes securely

Rocking Shaker LE-RS101 - Catalog


Rocking Shaker LE-RS101

Rocking Shaker LE-RS101

Related Rocking Shaker

Lab Expo Rocking Shakers are designed around controlled linear rocking motion to provide gentle, low-shear mixing for sensitive samples. This laboratory rocker enables mid-run speed adjustment with electronically regulated control for stable agitation. Quiet operation, vibration isolation, and durable build support repeatable mixing performance in molecular biology, clinical diagnostics, and life science laboratory workflows.