The vibrating mixing sieve machine combines vibration screening and mixing functions into a single efficient equipment, designed for processing powder materials in cosmetics, pharmaceuticals, and chemical industries.
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The Vibrating Mixing Sieve Machine integrates dual functions of material blending and precision screening into a single compact unit, making it an ideal solution for laboratory R&D, small-batch production, and quality control testing. Its unique rotational vibration system (combining circular and linear vibration) ensures mixing uniformity of ≥95% (tested with cement-sand mixtures) while maintaining a screening efficiency of 5 kg/min for powders and granular materials. The all-stainless-steel chamber (with a φ400 mm screen diameter and 3 mm wall thickness) prevents material contamination, and the machine’s height-adjustable feet allow level installation on uneven laboratory floors. It also features a transparent top cover (made of tempered glass) for real-time observation of the mixing and screening process, facilitating operational monitoring.

Parameter | Specification |
Power Supply | 380V/50Hz |
Total Power | 0.55KW |
Dimension (LxWxH) | 650*500*1250MM |
Production Capacity | 35-60kg/hour |
Screen Diameter | Φ400 MM |
Screen Mesh | 100 mesh (replaceable) |
Machine Material | Stainless Steel (SUS304) |
Net Weight | Approximately 60 KG |
Vibration Motor | Single-phase 120W |
Mixing Motor | 60W with 30:1 reduction ratio |
Dual-Function Integration: By simultaneously mixing and sieving materials in one step, it eliminates the need for separate mixing and sieving equipment, reducing equipment investment by 30% and saving workshop space (occupying only 0.5 m² of floor area).
Precise Timing Control: A digital timer with ±1s accuracy (range: 0-99 minutes) enables consistent processing cycles, ensuring reproducible results in laboratory experiments or small-batch production, critical for quality control.
Large Capacity Design: The hopper can accept 35-60 kg of material per batch (with a maximum material height of 400 mm in the chamber), and separate φ80 mm outlets for coarse and fine products allow easy collection and classification of different particle size fractions.
Stable Operation: A 0.55 kW copper-wound motor (with overload protection) delivers steady vibration, and the integrated vibration damping system reduces noise to ≤ 70 dB—quieter than traditional separate mixing and screening equipment, suitable for laboratory environments.

Ideal for processing high-end cosmetic powders such as loose powder, mineral foundation,where both fine particle size and uniform color distribution are essential for product quality.
Used in pharmaceutical laboratories and production facilities to screen and mix active ingredients with excipients, ensuring dosage uniformity and particle size consistency in tablet and capsule formulations.
Suitable for processing fine chemical powders, including pigments, dyes, and specialty additives, where precise particle size control and component mixing are critical for product performance.
Can be used for screening and mixing food additives, flavorings, and nutritional supplements, ensuring product purity and uniform dispersion of ingredients.

Unlike standard vibrating sieves that only screen materials, this machine integrates a 60W mixing motor to simultaneously blend powders during screening, ensuring both particle size uniformity and component homogeneity in one step.
The machine comes with a 100 mesh screen as standard, but it can be replaced with screens of different mesh sizes according to specific production requirements.
The 60W mixing motor (with 30:1 reduction ratio) drives a mixing element within the sieve chamber, gently agitating materials during vibration to ensure uniform blending while particles are being screened by size.
Yes, the SUS304 stainless steel surfaces and detachable components make cleaning straightforward. The screen and mixing elements can be easily removed for thorough cleaning, preventing cross-contamination between batches.
The machine has a production capacity of 35-60kg/hour, which can be adjusted by controlling the feeding rate and vibration intensity based on material characteristics and processing requirements.
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