High Precision Screening Machinery Vibrating Sieve For Chinese Medicine Powder

Product introduction

High Precision Chinese Medicine Powder Screening Machinery Vibrating Sieve

Vibrating Sieve is a kind of high precision fine powder screening machinery, It uses the sub-mother mesh separation structure, screen machine part and contact with the material part of the material made of high quality SUS304/316L stainless steel material, support the bottom coordinate machine using Q235 carbon steel material (can also be customized according to the characteristics of the industry stainless steel base), dust cover feed port, for the convenience of feeding can also be welded open funnel, Screen machine according to the design standard with driving force: three-phase vertical vibration motor; Commonly used specifications for diameter 400, 600, 800, 1000,1200, 1500, 1800, 2000 mm specifications, screen surface number 1-5 layers, can be divided into 2-6 discharge port (points out 2-6 different granularity of materials), can also be designed according to user requirements for different gate type vibrating screen, ultrasonic vibrating screen and other machinery, Production materials for the production of 4 stainless steel, carbon steel.

This machine has passed the ISO900 and CE certification; in addition to the production of standard vibrating sieve products, our company also provides non-standard products.

Product parameter

Working principle

Vibrating Sieve starting, the power device that is the vibration motor at both ends of the different phase of the eccentric block, due to the effect of high speed placement and produce a compound inertia force, the inertia force forces the screen machine vibration body for compound rotary motion, the screen frame under the action of vibration force continuous reciprocating motion, into the ground and drive the screen surface for periodic vibration, so that the screen surface material with the screen box together for directional active movement, In the meantime, less than the screen surface aperture of the material through the sieve to fall to the lower layer, become under the screen, larger than the screen surface aperture of the material after continuous jumping movement from the discharge port, finally complete the screening work.