Vibratory Screens

• It can solve sieving difficulties such as high adsorption, easy clustering, high static, high precision, high density, light Specific gravity
• Screening precision can raise to 1~100%, the output can be raised to 0.5~10 times
• It can be used with single layer or multilayer
• Self-cleaning function
• Keep processed materials features stable

• Chemical industry: resin, pigment, industrial medicine, cosmetic, coatings.
• Food industry: sugar powder, starch, salt, rice noodles, milk powder, soybean milk, egg powder, sauce, syrup
• Environment: disposed oil, disposed water, disposed dye wastewater, assistant detergent, active carbon
• Coatings: Powder coatings, pigment paints, etc
• Metals: Metal powders, alloys, etc

• Sturdy construction
• Easy to operate
• Simple process

• Innovative designs
• Optimum performance
• Dependable output

• Silent operation
• Structural stability
• Reliable performance

Two Unbalance Motors: These are arranged as a double drive which produce linear vibrations. They are mainly used for medium-sized vibratory screens. Due to linear vibrations, these screens have much lower downwards inclination than those with shaft drives. In special cases can even run without any inclination or with a slight incline.

Exciters: Drive units of this type also produce linear vibrations. They are mainly used for vibrating heavy duty large and very large screens. When more than one exciter is being used in very large screens, vibratory force is uniformly and efficiently transferred from the exciter to the screen. The drive motor of the exciter is a standard foot-mounted motor. The motor torque is transmitted to the exciter either directly via a cardan shaft or indirectly by a v-belt drive or a variable speed gear. The indirect drive allows the user to adjust the rotational speed.

Snubbers - the screen-mounted drive has eliminated the need for snubbers to reduce damage to v-belts and external motors during the large oscillations that normally occur during stopping. Bearing failure is limited to the bearing itself. Particles from a failed bearing cannot circulate in an oil bath and cause possible damage to other bearings and synchronizing gears.

The advantages of STAR TRACE's Linear Motion Screens is that use of the following equipment has now been rendered unnecessary:

1. External drive , with v-belts or cardan shafts.
2. Oilbath oscillators, with synchronizing gears and oil leaks.
3. Motor support stand, or overhead structure for motor support.

Snubbers - the screen-mounted drive has eliminated the need for snubbers to reduce damage to v-belts and external motors during the large oscillations that normally occur during stopping. Bearing failure is limited to the bearing itself. Particles from a failed bearing cannot circulate in an oil bath and cause possible damage to other bearings and synchronizing gears.

• Widely screening scope
• No block mesh
• Be available in one layer or more layers
• Easy tire place the mesh

• Configured for economical & efficient classification, Screening and grading
• Heavy duty trommel drum with lifters at the front to facilitate material break up
• Screen replaceable for different mesh sizes
• Multiple screen size
• Easily changed screen plates
• Largest processing capacity in the industry
• Unique screen design, result in higher capacities, longer screen life and no material clogging
• Heavy duty feed hopper and extension
• Discharge chute
• Gear drive mechanism
• Variable speed drive mechanism

• Gyro screen separator
• Vibro Sifter
• Vibratory Screen
• Ultrasonic Screen Separator
• Trommel Screen Separator