English 
English SYC-600-1S,SYC-800-1S, SYC-1000-1S, SYC-1200-1S, SYC-1500-1S
SYT
SYC-600- 1S SYC-800- 1S SYC-1000- 1S SYC-1200- 1S SYC-1500- 1S SYC-1800-1S
Ultrasonic vibrating screen is based on many years experience in fine powder sieving, professional design.
The working principle of the ultrasonic vibrating screen is to generate high-frequency vibration through the ultrasonic system, so that the fine particles jump quickly on the screen surface, so as to prevent the particles from staying or accumulating on the screen. As a result, the sieves generally do not clog even with separations as low as 20 µm.
Double-Layer Ultrasonic Vibrating Screen
Three-Layer Ultrasonic Vibrating Screen
Ultrasonic vibration sieve use the resonance for intelligent ultrasonic controller and vibrating screen, greatly improving various effects of the vibrating screen. The general vibrating sieve vibration frequency 1460 times per second, while the ultrasonic vibrating screen 3.6 million times per second. The combination of the two vibrations produces a different vibration of the complementary, and truly achieve the combination of sound and vibration characteristics. Ultrasonic vibrating screen performance over than the level of similar international products. Effectively solve the difficult to screen the materials.
Can solve sieving difficulties such as high adsorption, easy clustering, high static, high precision, high density, light proportion, etc.
Effectively control the sieving granularity scale, and realize the high precision sieving to achieve the best sieving effect.
Screening precision can raise to 1~100%, the output can be raised to 0.5~10 times.
A set of intelligent ultrasonic generators can be used with three controllers at the same time.
Self-cleaning function; 0~ 500m sieving, no-blocking sieving mesh, stable sieving efficiency.
Keep processed materials feature stable.
Can be used with single layer or multilayer.
Model | Power(kw) | Effective diameter for sieve surface | Packing Size(MM) | Layer |
SYC-600- 1S | 0.25 | Φ600 mm | 800×800×680 | 1-5 |
SYC-800- 1S | 0.55 | Φ800mm | 900×900×780 | 1-5 |
SYC-1000- 1S | 0.75 | Φ970mm | 1160×1160×880 | 1-5 |
SYC-1200- 1S | 1.1 | Φ1170mm | 1360×1360×980 | 1-5 |
SYC-1500- 1S | 1.5 | Φ1470mm | 1850×1850×1130 | 1-5 |
SYC-1800-1S | 2.2 | Φ1770mm | 2200×2200×1360 | 1-5 |
Ultrosonic Vibrating Screen is widely used in metallurgy powder, electromagnetic materials, metal powder, iron powder, zinc oxide, alumina powder, alloy powder, molybdenum powder, cobalt powder, carborundum, copper, nickel powder, silica powder, titanium oxide, tungsten carbide, tungsten powder, titanium powder , stainless steel powder etc.
High screening efficiency: The use of ultrasonic waves improves screening performance by enhancing the movement of particles on the screen surface. This results in higher screening accuracy and efficiency.
Prevents screen clogging: Ultrasonic vibration helps prevent particles from getting stuck on the screen, reducing the chance of clogging and improving the overall screening process.
Improved Accuracy: Ultrasonic waves help dislodge and break up agglomerated particles, resulting in finer separation and more accurate material classification.
Noise reduction: Compared with traditional vibrating screens, ultrasonic vibrating screens produce significantly less noise during operation, creating a more comfortable and efficient working environment.
Energy saving: The use of ultrasound can reduce the power consumption of vibrating screens, making them a more energy-efficient option.
Longer equipment service life: Thanks to the use of ultrasonic vibrations, preventing screen clogging and reducing wear on the screen surface, the service life of the equipment can be extended.
Versatility: Ultrasonic vibrating screens can be used on a wide variety of materials, from fine powders to viscous liquids. They are suitable for various applications in food, pharmaceutical, chemical, metallurgical, and other industries. These features make ultrasonic vibrating screens a reliable and efficient tool for screening and sorting materials in various industries.
Ultrasonic vibrating screen is based on many years experience in fine powder sieving, professional design.
The working principle of the ultrasonic vibrating screen is to generate high-frequency vibration through the ultrasonic system, so that the fine particles jump quickly on the screen surface, so as to prevent the particles from staying or accumulating on the screen. As a result, the sieves generally do not clog even with separations as low as 20 µm.
Double-Layer Ultrasonic Vibrating Screen
Three-Layer Ultrasonic Vibrating Screen
Ultrasonic vibration sieve use the resonance for intelligent ultrasonic controller and vibrating screen, greatly improving various effects of the vibrating screen. The general vibrating sieve vibration frequency 1460 times per second, while the ultrasonic vibrating screen 3.6 million times per second. The combination of the two vibrations produces a different vibration of the complementary, and truly achieve the combination of sound and vibration characteristics. Ultrasonic vibrating screen performance over than the level of similar international products. Effectively solve the difficult to screen the materials.
Can solve sieving difficulties such as high adsorption, easy clustering, high static, high precision, high density, light proportion, etc.
Effectively control the sieving granularity scale, and realize the high precision sieving to achieve the best sieving effect.
Screening precision can raise to 1~100%, the output can be raised to 0.5~10 times.
A set of intelligent ultrasonic generators can be used with three controllers at the same time.
Self-cleaning function; 0~ 500m sieving, no-blocking sieving mesh, stable sieving efficiency.
Keep processed materials feature stable.
Can be used with single layer or multilayer.
Model | Power(kw) | Effective diameter for sieve surface | Packing Size(MM) | Layer |
SYC-600- 1S | 0.25 | Φ600 mm | 800×800×680 | 1-5 |
SYC-800- 1S | 0.55 | Φ800mm | 900×900×780 | 1-5 |
SYC-1000- 1S | 0.75 | Φ970mm | 1160×1160×880 | 1-5 |
SYC-1200- 1S | 1.1 | Φ1170mm | 1360×1360×980 | 1-5 |
SYC-1500- 1S | 1.5 | Φ1470mm | 1850×1850×1130 | 1-5 |
SYC-1800-1S | 2.2 | Φ1770mm | 2200×2200×1360 | 1-5 |
Ultrosonic Vibrating Screen is widely used in metallurgy powder, electromagnetic materials, metal powder, iron powder, zinc oxide, alumina powder, alloy powder, molybdenum powder, cobalt powder, carborundum, copper, nickel powder, silica powder, titanium oxide, tungsten carbide, tungsten powder, titanium powder , stainless steel powder etc.
High screening efficiency: The use of ultrasonic waves improves screening performance by enhancing the movement of particles on the screen surface. This results in higher screening accuracy and efficiency.
Prevents screen clogging: Ultrasonic vibration helps prevent particles from getting stuck on the screen, reducing the chance of clogging and improving the overall screening process.
Improved Accuracy: Ultrasonic waves help dislodge and break up agglomerated particles, resulting in finer separation and more accurate material classification.
Noise reduction: Compared with traditional vibrating screens, ultrasonic vibrating screens produce significantly less noise during operation, creating a more comfortable and efficient working environment.
Energy saving: The use of ultrasound can reduce the power consumption of vibrating screens, making them a more energy-efficient option.
Longer equipment service life: Thanks to the use of ultrasonic vibrations, preventing screen clogging and reducing wear on the screen surface, the service life of the equipment can be extended.
Versatility: Ultrasonic vibrating screens can be used on a wide variety of materials, from fine powders to viscous liquids. They are suitable for various applications in food, pharmaceutical, chemical, metallurgical, and other industries. These features make ultrasonic vibrating screens a reliable and efficient tool for screening and sorting materials in various industries.
