3D mixer

Main purpose:
This machine is suitable for high uniformity mixing of powdered and granular materials in pharmaceutical, chemical, food, light industry, electronics, mining, national defense industry, and various scientific research units.


working principle:
The machine is composed of a base, a speed regulating motor, a shaft, a rotary connecting rod, and a cylinder. The loaded cylinder is driven by the active shaft to move horizontally and rock in a composite motion, promoting the material to move in a circumferential, radial, and axial direction along the cylinder, thereby achieving the mutual flow, diffusion, and doping of various materials, and achieving the goal of high uniformity mixing.
This machine is a sterile, dust-free, fully enclosed mixer. When mixing materials, there is no centrifugal force, specific gravity segregation, layering, or accumulation phenomenon. Large loading capacity, short mixing time, and high efficiency.


Model Cylinder volume maximum loading volume maximum loading weight  mixing time spindle speed motor power overall dimensions (long × wide × High) Weight
SWH-10 10L 7L 7kg 0-99min 0-22r/min 0.18kw 640*620*55mm 150kg
SWH-25 25L 18L 18kg 0-99min 0-15r/min 0.55kw 900*900*75mm 150kg
SWH-50 50L 40L 40kg 0-99min 0-15r/min 0.75kw 970*950*120mm 300kg
SWH-100 100L 75L 75kg 0-99min 0-15r/min 1.5kw 1200*1600*1500mm 500kg
SWH-200 200L 160L 160kg 0-99min 0-15r/min 2.2kw 1400*1800*1600mm 800kg
SWH-400 400L 320L 320kg 0-99min 0-12r/min 4kw 1700*2100*1850mm 1200kg
SWH-600 600L 480L 480kg 0-99min 0-11r/min 5.5kw 2100*2400*2250mm 1500kg
SWH-800 800L 640L 640kg 0-99min 0-10r/min 7.5kw 2200*2500*2300mm 2000kg
SWH-1000 1000L 800L 800kg 0-99min 0-10r/min 7.5kw 2280*2600*2500mm 2500kg
SWH-1200 1200L 950L 950kg 0-99min 0-10r/min 11kw 2400*2800*2550mm 2800kg
SWH-1500 1500L 1200L 1200kg 0-99min 0-10r/min 15kw 2500*3100*2600mm 3000kg
SWH-2000 2000L 1600L 1600kg 0-99min 0-9r/min 18.5kw 2800*3600*3200mm 3800kg


There are no reviews yet.

Be the first to review “3D mixer”

Your email address will not be published. Required fields are marked *

Scroll to Top