SK-D1807-E Economical 3D Shaker

Share to:

Category Brand:

The DLAB SK-D1807-E Economical 3D Shaker is a laboratory instrument designed for gentle, three-dimensional rocking motion. It is commonly used for applications requiring uniform mixing, such as gel staining/destaining, molecular hybridization, and cell culture.

Features

  • Three-dimensional rocking motion with the angle of 7°
  • Max. load capacity is 3kg with platform
  • Speed range of 0-80rpm
  • Wide range of platforms for use with a variety of vessels
  • Motion & Speed: Features a three-dimensional rocking motion at a fixed 7° tilt angle with a speed range of 0–80 rpm.
  • Load Capacity: Can support a maximum load of 3 kg including the platform.
  • Motor Type: Powered by a DC motor with an input power of 16W and output power of 10W.
  • Speed Control: Unlike the “S” (Digital) model which has an LED display, the “E” (Economical) model typically uses a scale/analog dial for speed adjustments.
  • Physical Design:
      • Dimensions: Approximately 270 × 330 × 130 mm.
      • Weight: Roughly 2.7 kg.
      • Protection Class: Rated IP21 for protection against solid objects and vertically falling water drops. 

  • Typical Applications
    According to DLAB and Allschoolabs, this shaker is ideal for:
    • Molecular Biology: Electrophoresis gel dyeing/discoloration and Western blotting.
    • Biochemistry: Molecular hybridization and immunoprecipitation.
    • General Lab Use: Mixing in flasks, culture flasks, petri dishes, and beakers.

SPECIFICATIONS

 Specifications SK-D1807-E
Tilt angle 7°
Max. load capacity (with platform) 3kg
Motor type DC motor
Motor input power 16W
Motor output power 10W
Speed range 0-80rpm
Speed display scale
Voltage 100-240V,  50/60Hz
Power 20W
Weight 2.7kg
Permissible ambient temperature and humidity 5-40°C 80%RH
Dimension[W×D×H] 270×330×130mm
Protection class IP21

Reviews

There are no reviews yet.

Be the first to review “SK-D1807-E Economical 3D Shaker”

Your email address will not be published. Required fields are marked *

Related Items

Scroll to Top

Leave Your Message