IKA RW47 DX Overhead Stirrer

The IKA RW 47 DX is a powerful, mechanically driven overhead stirrer designed for intensive mixing applications in laboratories, pilot plants, and production environments. Thanks to its high torque and robust construction, this stirrer is particularly suitable for mixing high-viscosity liquids and larger volumes.

This version is equipped with a telescopically sprung stand that is easily adjustable in height and securely fixed. The included stainless steel anchor stirrer ensures efficient mixing of highly viscous media and minimizes dead zones in the mixing vessel.

With two mechanical gears and a continuously adjustable speed of approximately 60 to 1,300 rpm, the RW 47 DX offers optimal flexibility for a wide range of mixing processes. The machine is suitable for stirring volumes up to approximately 200 liters, depending on the viscosity of the medium and the stirrer used. Technical specifications

Manufacturer: IKA

Model: RW 47 DX

Type: Mechanical overhead agitator

Application: Intensive mixing of high-viscosity liquids

Maximum stirring volume: approx. 200 liters (depending on medium)

Speed: approx. 60 – 1,300 rpm

Gears: 2 mechanical gears

Speed ​​control: Continuously adjustable

Agitator shaft: Stainless steel anchor agitator included

Stand: Telescopic, spring-loaded, and height-adjustable

Drive: Mechanical

Power supply: 3-phase, 16 A

Power consumption: approx. 500 W

Dimensions (indicative)

Width: approx. 600 mm

Depth: approx. 700 mm

Height: approx. 1,600 – 2,200 mm (depending on the (set stand height)

Weight: approx. 40–50 kg (depending on configuration)

Applications

The IKA RW 47 DX is ideal for, among others:

Mixing of highly viscous liquids

Pilot plant processes

Chemical and pharmaceutical applications

Cosmetics and coatings

Food industry

Product development and scaling up

Thanks to its robust construction, high mixing capacity, and flexible speed control, the IKA RW 47 DX is a reliable solution for demanding mixing applications where power, stability, and precise process control are essential.