THINKY Mixing and Degassing Machines

THINKY Mixing and Degassing Machines

THINKY Mixers are industrial non-contact “planetary” mixers for all engineering compounds. They mix, disperse and degas your materials in seconds to minutes, in a sealed or lid-less container such as a jar, beaker, syringe tube or cartridge. The non-contact mixing principle makes it possible to formulate or combine compounds from very small amounts such as 0.5ml to large production scales. By means of both rotation and revolution of the material in a container, materials are mixed and degassed. The materials are under an acceleration of 400G, and even materials of very high viscosity can be mixed and deaerated or degassed at the same time.

Mixing Principles
The material container revolves and rotates in a planetary manner at high speeds. Centrifugal force presses the material outwards to the inner wall of the container. Other forces cause the material to move downwards in a spiraling direction along the slope of container wall. The material then moves back to the centre of the container and up to the top. As a result, material circulation from top to the bottom generates kneading effects, forcing trapped air out of the material. The THINKY mixer is designed to create more than 400G of force.

THINKY Mixing Process, Step 1 (Start)

Start

THINKY Mixing Process, Step 2 (30 seconds)

30 Seconds

THINKY Mixing Process, Step 3 (2 minutes)

2 Minutes

THINKY Mixing Process, Final (7 minutes)

7 Minutes

THINKY catalogue 2016

THINKY Planetary Centrifugal Mixers Catalogue

Planetary Centrifugal System: Bringing Innovation to Technology of Mixing, Defoaming, Filling, Pulverizing, Deagglomerating and Dispersing” – this brochure documents the benefits of such a mixing machine in the industrial field and showcases all models available.

THINKY container and adapter list 2016

THINKY Container and Adapter List

The proper containers and adapters are necessary for 100% performance of a planetary centrifugal mixer. THINKY can provide the correct containers and adapters specific to the characteristics of a material