Planetary Cooking Mixer Tilting Type

I. Product Background

In food processing field, how can sauces, fillings, and dishes be produced efficiently, uniformly, and safely in large quantities? The tilting type planetary cooking mixer is a classic equipment specifically designed to meet these needs. It integrates stirring, mixing, steaming, and stir-frying, serving as a key device for achieving industrialized food production.

II. Overview of the Planetary Mixer

As the name suggests, it is a heated mixing pot that combines the planetary stirring motion with the tiltable discharge function. Its core design lies in the pot body and the stirring system.

III. Structural Composition

Pot body: It is usually made of high-quality stainless steel (such as 304 or 316L), which meets food hygiene standards.

Planetary mixing system: consisting of a rotating mixing blade (usually a scraper type) and a revolving mixing arm.

Pouring mechanism: Through a mechanical system, the pot can be easily driven to flip over 90 degrees, achieving residue free discharge.

Rack and control system: The stable rack carries all components. Intelligent controllers are installed to accurately control the mixing speed, temperature, and working time, etc.

IV. Working Principle

The working principle of the planetary cooking mixer can be summarized as the synergistic effect of "planetary stirring"+"inter layer heating"+"hydraulic tilting".

Planetary stirring: The stirring blade rotates uniformly around the central axis of the pot, continuously conveying materials. Our stirring design is bottom installed type, the further grading. This design reduces material loss and improves work efficiency.

Rotation: The mixing blade simultaneously rotates at high speed, vigorously shearing, turning, and mixing the materials passing through.

Inter layer heating: Inject heat medium (such as steam, thermal oil) or use electric heating elements into the jacket of the pot body.

Mechanical Dumping: After cooking, start the pouring device, the pot body tilts smoothly. The materials are easily and thoroughly discharged with the assistance of the stirring blade.