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CZS
PK
84741000
The Ultrasonic Rotary Vibrating Separator integrates high-frequency ultrasonic vibration with traditional rotary screening, delivering precise, efficient separation for fine powder and micro-particle materials. It effectively solves screen blockage, agglomeration and static issues in ultra-fine sieving, boosting screening accuracy and throughput.
Designed for pharmaceuticals, chemicals, food, pigments and powder metallurgy, it features a user-friendly structure, easy cleaning, low noise and fully enclosed, dust-free operation to meet industrial hygiene and environmental standards. With stable performance and customizable mesh sizes, it provides reliable, high-efficiency fine separation and classifying solutions for modern precision processing lines.

•Superfine Particle Screening
Effectively separates fine powders (even below 400 mesh) that conventional screens cannot handle.
•Anti-Clogging & Self-Cleaning
Ultrasonic vibration prevents mesh blockage by breaking static adhesion and reducing material buildup.
•High Precision & Efficiency
Improves screening accuracy and throughput by up to 1–10 times compared to ordinary vibrating screens.
•Gentle Material Handling
Low-intensity vibration preserves fragile or delicate materials (e.g., pharmaceuticals, ceramics).
•Extended Screen Life
Reduced friction and wear on the mesh due to ultrasonic energy, lowering replacement frequency.
•Energy Saving
Consumes less power than traditional screens while achieving better results.
Model | CZS-400 | CZS-600 | CZS-800 | CZS-1000 | CZS-1200 | CZS-1500 |
Nominal Diameter(mm) | 400 | 600 | 800 | 1000 | 1200 | 1500 |
Screen Diameter (mm) | 340 | 530 | 720 | 900 | 1100 | 1400 |
Screen Surface Area (m2) | 0.09 | 0.22 | 0.4 | 0.63 | 0.95 | 1.5 |
Feeding Size (mm) | <10 | <10 | <20 | <20 | <20 | <20 |
Specification | 2-325 | |||||
No. of Layers | 1-3 | |||||
Frequency (rpm) | 1500 | 1500 | 1500 | 1500 | 1500 | 1500 |
Power (kW) | 0.18 | 0.25 | 0.55 | 0.75 | 1.1 | 1.5 |
1. Pharmaceutical Industry
This ultrasonic rotary vibrating separator performs high-precision sieving of medical powders, excipients and micro-particle raw materials. It removes oversized particles and impurities, ensuring uniform particle size distribution. The anti-blinding ultrasonic system avoids mesh clogging, while the hygienic enclosed structure maintains material purity and meets GMP production requirements.
2. Food & Fine Food Processing
Applied in starch, protein powder, spice powder and food additives, it achieves accurate grading and impurity removal. Ultrasonic sieving effectively eliminates agglomeration and static adhesion, improving screening efficiency. Its fully enclosed, easy-clean design prevents contamination and dust leakage, complying with food safety and hygiene standards.
3. Chemical & Pigment Production
For fine chemical powders, pigments, dyes and micro-coatings, this equipment delivers reliable fine powder screening. It solves severe mesh blinding caused by tiny, static-prone particles, stabilizing output and grading accuracy. Stable performance ensures continuous production, making it suitable for high-volume chemical processing lines.
4. Powder Metallurgy & New Materials
It separates metal powder, ceramic powder, battery materials and other advanced fine powders. High-precision separation controls particle size within strict tolerances, improving material consistency and product quality. The anti-blinding function reduces downtime for mesh cleaning, enhancing overall production efficiency.
5. Cosmetics & Fine Additives
Used for filtering and grading cosmetic raw materials, mica powder and functional additives, it ensures delicate texture and uniform particle size. Ultrasonic vibration eliminates fine particle clogging, while the compact, enclosed structure reduces dust and cross-contamination, supporting high-standard cosmetic formulation production.
1. Inspect the ultrasonic generator, screen mesh and sealing parts before starting the ultrasonic rotary vibrating separator, ensuring no loose components or blockages.
2. Set suitable ultrasonic intensity and vibration frequency based on material properties, then start the machine empty before feeding.
3. Feed materials evenly to avoid overloading; monitor screening status and keep the equipment enclosed during operation.
4. Stop feeding first, cut off power after materials discharge completely, and clean the mesh and body regularly.
Q1: What materials is this ultrasonic rotary vibrating separator suitable for?
It is ideal for ultra-fine, static-prone and easily agglomerated powders such as pharmaceutical, food, chemical, pigment and metallurgy powder. The ultrasonic system effectively prevents mesh blinding, making it perfect for materials that standard vibrating screens struggle to screen efficiently.
Q2: How to solve screen mesh blockage issues?
This equipment uses an ultrasonic anti-blinding system to vibrate the mesh at high frequency, eliminating particle adhesion and clogging. Avoid overfeeding and ensure even material input. Regular gentle cleaning of the mesh can further maintain stable screening performance.
Q3: Can parameters be adjusted for different materials?
Yes. Ultrasonic intensity and vibration frequency can be flexibly adjusted to fit various particle sizes and properties. Mesh size, number of layers and output capacity can also be customized, making this high-precision screening equipment adaptable to diverse production requirements.
Q4: What routine maintenance is needed?
Regularly check the ultrasonic generator, fasteners and sealing parts. Clean the screen mesh and machine body to remove residue. Lubricate key components as scheduled and avoid impact to the mesh. Simple daily maintenance extends service life and ensures stable separation efficiency.