Three Dimension Mixer

Highly Recommended
10% off Only applicable to new customers

Product DescriptionThe three dimensional mixer is used to evenly mix powders and granules in a time-efficient and cost-effective method. The three-direction movement produces a uniform blend of ingred...

Product Description

The three dimensional mixer is used to evenly mix powders and granules in a time-efficient and cost-effective method. The three-direction movement produces a uniform blend of ingredients for a wide range of pharmaceutical drugs & different materials

Working Principle

The mixing barrel makes unique turning, translation, and rolling motions in the three dimensional space, thereby speeding up the flow and diffusion of the materials, while avoiding the specific gravity segregation of the materials due to the action of centrifugal force and ensuring the materials reach an ideal mixing within a short time.

Features and Benefits

High efficiency and excellent homogeneity with a short mixing cycle time.

Gentle blending action is ideal for friable and free-flow materials.

Closed container ensures that the powder blending is dust-free.

Large access port allows easy access to internal cleaning.

The loading/discharge can be carried out with a vacuum feeder.

Guard rail to prevent the operator from accessing it when in operation.

Typical Application

Ideal for mixing free-flow dry powder and granules

pharmaceuticals, fish meal, flour, dextrin, enzymes, coffee, cocoa, milk powder, chocolate, gelatin, crème caramel and dessert powder, baby food, custard powder, starches, etc.

Technical Data


Model

Volume (L)

Capacity (kg)

power (kw)

Speed (r/min)

Dimension(mm)

Weight(kg)

SYH-50

50

25

1.1

20

900X1250X1200

200

SYH-100

100

50

1.5

15

1300X600X1500

400

SYH-200

200

100

2.2

15

1400X1700X1750

500

SYH-400

400

200

4

15

1800X2100X2200

800

SYH-600

600

300

5.5

10

1850X2200X2300

1000

SYH-800

800

400

7.5

10

2000 X2300X2550

1200

SYH-1000

1000

500

11

10

2100X2500X2640

1500


Note:

The above-listed capacity is calculated as per powder with a bulk density of 0.6 g/cm3 as a medium.

The model selection should depend on comprehensive factors such as material properties, bulk density etc.

 

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