Products Description
Need ultra-high mixing uniformity for pharmaceutical APIs or food powders?
Guanjiang's SYH Series 3D Motion Mixer (Multi-Directional Powder Blender) uses a complex three-dimensional movement — rotation, translation, and rocking — to achieve mixing uniformity over 99.9%. Unlike traditional blenders, this unique motion eliminates centrifugal force segregation, preventing heavy and light particles from separating. With up to 80% loading capacity and GMP-compliant stainless steel construction, it's the ultimate solution for high-precision mixing in pharmaceutical, food, and laboratory applications.
Key Performance Advantages
Reaches a loading rate of up to 80% (compared to 40% for V-mixers) — significantly increasing production capacity per batch.
Multi-directional turbulence ensures every particle changes position continuously. Achieves mixing uniformity >99.9% without density segregation.
Complex 3D motion eliminates centrifugal force effects — prevents heavy/light particle separation commonly seen in rotary blenders.
Mirror-polished SS304/SS316L interior with no dead corners. Easy to clean, zero cross-contamination — meets pharmaceutical and food GMP standards.
Multi-directional turbulence reduces batch cycles by 30-50% compared to conventional mixers.
Low vibration, frequency-controlled speed for precise process management and operator comfort.
Available from 5L laboratory units to 1000L production models — fully scalable.
Technical Specifications (SYH Series)
| Model | Barrel Volume (L) | Max Loading (L) | Max Loading (kg) | Spindle Speed (r/min) | Power (KW) |
|---|---|---|---|---|---|
| SYH-50 | 50 | 40 | 32 | 0-15 | 0.75 |
| SYH-100 | 100 | 80 | 60 | 0-15 | 1.1 |
| SYH-200 | 200 | 160 | 120 | 0-12 | 2.2 |
| SYH-400 | 400 | 320 | 240 | 0-10 | 4.0 |
? Custom Sizes Available:
We offer laboratory-scale models from 5L to 50L and production-scale models from 100L to 1000L. Custom barrel designs (stainless steel, polycarbonate for visibility) and specialized discharge valves are available upon request.
Precision Mixing FAQs
Q1: Why is a 3D motion mixer better for active pharmaceutical ingredients (APIs)?
A: Traditional blenders rely on gravity or paddles, which can cause heavy and light particles to separate (segregation). Our 3D motion mixer uses multi-axial movement — rotation, translation, and rocking — ensuring every particle changes its position continuously. This achieves perfect homogeneity without damaging fragile granules, making it ideal for high-value APIs.
Q2: What is the typical mixing time for a 3D motion mixer?
A: Mixing time varies by material, but typical batch cycles are 5-15 minutes. For most powder blends, uniformity >99.9% is achieved in 30-50% less time than conventional V-mixers or double-cone blenders. We recommend validation testing with your specific materials.
Q3: How do you clean the 3D motion mixer between batches?
A: The mirror-polished interior (Ra<0.4μm)and rounded corners prevent material adhesion. The mixing barrel can be easily removed or tilted for manual cleaning with a spray gun or cloth. For automated cleaning, we offer an optional CIP (Clean-in-Place) system with spray balls. All GMP requirements are fully met.
Q4: Can the mixer handle fragile materials like crystals or freeze-dried powders?
A: Yes. Unlike high-shear mixers or paddle blenders, the 3D motion mixer operates with low impact forces. The barrel rotates at low speeds (0-15 r/min) and materials tumble gently without grinding or crushing. Many customers use it for lyophilized powders, probiotics, and crystalline APIs without degradation.
Q5: What is the difference between a 3D motion mixer and a V-mixer?
A: V-mixers rotate on a single axis and rely on gravity splitting and recombination — loading capacity is limited to ~40%. 3D motion mixers move on three axes, creating turbulent, multi-directional flow. This allows up to 80% loading capacity, shorter mixing times, and no centrifugal segregation. For high-density or fine powders, 3D motion is superior.
Need a high-uniformity 3D motion mixer for your powder blending application?
Request a Quote → Download Datasheet (PDF)* Please provide your batch volume (L), material type, required uniformity (%), and any GMP or ATEX requirements for a fast, accurate quotation.
