The in-line screen uses a high-frequency vibration motor as the excitation source. After the material enters the system, it undergoes a three-dimensional rotational movement on the screen surface due to the force of the vibration source. The flour and agglomerates are fully dispersed, and quickly pass through the screen and directly enter the lower noodle bin. Impurities and foreign matter are separated and discharged to the slag discharge port, playing the role of “quality assurance officer” on the production line.
The in-line screen can be used in the feeding system at the front end of production lines such as instant noodles, dried noodles, snacks, solid beverages, etc. to separate foreign matter in raw materials (flour, starch, milk powder, additives, etc.). Because it is connected in series in the system and automatically separates foreign matter, it is known as the “quality assurance officer” of the food production line. The flour sifter can replace the manual observation of finding foreign matter and sorting it.

It has unique effects on the screening and classification of powdery and granular materials.

Dewatering screen adopt dual-electrode self-synchronization technology, universal eccentric block, adjustable amplitude vibrator. The machine is combined mainly by the screen box, exciter, support system and motor. The two mutually independent vibrators are respectively driven by the tape coupling to do synchronous reverse operation. The centrifugal force generated by two eccentric masses is superposed along the vibration direction and reversely counteracted, thereby forming a single vibration force along the vibration direction, making the screen box reciprocating linear motion.

Dewatering screen, also known as high-frequency dewatering screen, changing the water surface tension of pulp through the exciting force, pulp water through the screen to become the undersize material, and fine material is blocked by the screen to form the filter layer by the vibration of the forward movement of discharge. Dewatering screen is mainly used for detailings dewatering in the mineral processing industry, coal slurry dehydration of coal preparation plant, washed quartz sand dewatering and ceramic slurry dehydration, and wet and dry classification, dehydration, removal and mud removal of medium and fine granular materials in industrial sectors such as electric power, sugar making and salt making.

The working principle of ZSG heavy vibrating screen is: after the machine starting, a symmetrical arrangement of two vibration motor or excitation device with same model and specifications for synchronous reverse operation, the vibration force through the vibration body – motor or exciter base passed to the whole vibration body – screen box, makes the screen box drives the vibration screen surface to do cyclical movement, so that the material on the surface of the screen to jump sports with screen box, meanwhile, the material smaller than the screen mesh hole will fall to next layer through, becoming the undersize material, the material bigger than the screen mesh hole will be discharged by outlet after continuous jumping movement, eventually completed screening operation.

YK series circular vibrating screen is composition mainly by the screen box, screen mesh, vibrator and damping spring, etc. Vibrator is installed in the side panels of screen box, which driven by motor through the coupling, produce centrifugal inertia force, making the screen box vibration.

The system consists of a bag feeding station, a buffer storage bin, a distribution valve, a weighing bin, and a dough mixer

The system consists of dust-free feeding, vacuum feeder, straight-line screen, buffer storage bin,

mixer, packaging machine, rechecker, inkjet printer, roller conveyor, etc.

The 3D printing material powder is put into the airtight material bucket in advance. The valve below the material bucket can control the passing speed of the powder. The powder enters the vibrating feeder below, and the vibrating feeder uniformly transports the material to the ultrasonic vibrating screen through vibration. The ultrasonic vibrating screen generates three-dimensional motion through the vibrating motor, which forces the material to jump and roll on a certain track on the screen.

This salt crusher machine toothed model works largely with shear force and less crushing. Crushing gap can be adjusted within certain range.