The working principle of the three-maintenance swing mixer is different from the traditional rotary mixer. It performs unique translation, rotation and rock movement on the three-dimensional space of the cube, so that the materials are in the "rotating flow-translation-upside down" And other complex motion states, the so-called TURBULA state; an alternating pulse is generated to continuously push the material, and the turbulence generated by the motion has a varying energy gradient, so that the particles in the mixed material have an inability to move , Each particle constantly changes its position in frequent movement diffusion, producing a satisfactory mixing effect.

The three-dimensional oscillating mixer is composed of a machine base, a driving system, a three-dimensional motion mechanism, a mixing cylinder and an electrical control system. The mixing cylinder that is in direct contact with the materials is made of high-quality stainless steel.

Series three-dimensional swing is a novel material mixer widely used in pharmaceutical, chemical, food, light industry and other industries and scientific research units. The machine can mix powder or granular materials with good flow performance very uniformly, so that the mixed materials can achieve the best effect.

1. Performance characteristics

1. It has multi-directional movement, so that there are many mixing points of materials in the cylinder, and the mixing effect is remarkable. The mixing uniformity is higher than that of the general mixer;

2. The mixing barrel of the three-dimensional swing mixer is designed with precision polished inner wall of the body.

Second, equipment installation

1. The machine is unloaded, loaded and tested before leaving the factory. It can only leave the factory after normal work to meet the user's safe use;

2. Transportation mode: 600 liters (including 600 type) adopts the whole machine to leave the factory, without arranging anchors and bolts; above 600 liters adopts split transportation, and equips anchors and bolts.

3. Operation

1. This machine adopts electromagnetic speed control (or frequency converter speed control). Before starting, connect the main power supply, the power indicator light is on, then start the motor button, and then start the on-off switch on the speed control panel (the inverter can press the touch button) , The indicator light is on, and then rotate slowly to reach the normal mixing speed;

2. If the user needs the mixing time of the temple, this content should be formulated in the contract. Our factory may install a time relay to allow the user to specify the mixing time according to the mixing requirements of the materials;

3. After the mixing is completed, turn off according to the startup sequence. If you find that the blanking is not ideal, you can click the button to meet the blanking requirements.

Four, matters needing attention

1. The mixing of the machine is a three-dimensional space mixing, and a safety protection bar is added within the effective range of the material barrel to avoid life safety accidents. Before starting, avoid standing in front of the barrel to avoid accidents;

2. During loading and unloading, the electric power of the equipment must be shut down to prevent electrical appliances from malfunctioning and causing unnecessary accidents.

Vacuum drying mixer

working principle:

The double-cone vacuum drying mixer is a double-cone rotary tank. Under vacuum, the tank is heated by steam or hot water into the jacket, and the heat contacts the wet material through the inner wall of the tank. The water vapor evaporated after the wet material absorbs heat is pumped away by the vacuum pump through the vacuum exhaust pipe. Because the tank body is in a vacuum state, and the rotation of the tank body continuously turns the material up and down, inside and outside, the drying speed of the material is accelerated, the drying efficiency is improved, and the purpose of uniform drying is achieved.

use:

This machine is used for vacuum drying and mixing of powder and granular materials in the pharmaceutical, food, chemical and other industries, especially for materials with the following requirements:

1. Can not accept high temperature heat sensitive materials;

2. Easily oxidized and dangerous materials;

3. Materials that need to recover solvents and toxic gases;

4. Materials with extremely low residual volatile content are required;

5. Materials with requirements on crystal shape;