Pharmaceutical Machine Automatic Lifting Hopper Bin Blender (ZTH)

APPLICATION
This Bin Blender mixer can execute automatically raising, clamping, blending and lowering tasks. One main machine can be configured with various bin specifications, so different batches and requirements for various blending can be satisfied, consequently it is considered as the ideal blending equipment in pharmaceutical industry. It is also widely used in chemical, foodstuff industries, etc.

PRINCIPLE
This Bin Blender mixer is composed of frame, rotating cage; Drive, lifting, brake and control systems. When operating, firstly, load the bin in the rotating cage and press "Confirm " key on the touch panel, the bin will be automatically raised in position and clamped. On reception of clamped signal by the sensors, the drive system starts blending task according to the set time and rotation speed. On reaching all the set parameters, the brake system operates automatically to stop the rotating cage to a horizontal position and the blending task is finished. Then, the lifting system works to lower the bin on the ground when reaching that position, it stops automatically. Finally, data of this batch are printed. Move out the bin from the rotating cage to transfer it for the next process.

FEATURES
1.This Bin Blender mixer is successfully designed on the basis of a wide research, absorption and digestion of foreign advanced models.

2.This Bin Blender mixer has a reasonable structure with stable performances and easy operation; The whole machine has no dead angle or protruded screws.

3.Structural characteristics of this equipment : The rotating cage is tilted by 30°  compared to the rotation axis, the materials perform a double movement inside the bin: A constant and intense turn over following the frame rotation and also a relatively high tangential motion along the bin wall to realize an optimal blending effect .

4.PLC and  infraredsafety device and a butterfly valve device avoiding misoperation are designed to ensure a fully automatic control and a safe production.

5.All processes of the materials are finished in a same container without frequent materials transfer, charging and shift. Consequently, powder dust or cross pollution are effectively controlled to reduce materials losses, and on the other hand, an effective control of materials layers is achieved. Finally, the production process has been greatly optimized.