$ 7101
| Capacity | 5 L |
| Available Capacity | 50 to 70% of Grinding Tank |
| Optimal Mixing Capacity | ≥10% of Grinding Tank |
| Main Shaft Speed | 13 rpm |
| Load Weight Limit | 20 Kg |
| Mixing Time Range | 0 to 99 hr |
| Tube Material | 304L Stainless Steel |
| Thickness Of Barrel | 2 mm |
| Thickness Of Seal Plate | 1.5 mm |
| Support Internal Motor Plate | 10 mm |
| Reduction Box | WPDA-70 |
| Electrical Protection Grade | Grade 3 |
| Bearing Type | UCP-35 Self-Aligning |
| Outlet Distance From Ground | 350 mm |
| Import/Export Port Size | 110 mm |
| Motor Power | 750 W |
| Power Consumption | 1000W |
| Product Dimension | 80 × 80 × 80cm |
| Package Dimension | 147 × 58 × 132cm |
| Net Weight | 120 Kg |
| Gross Weight | 160 kg |
Multi-Directional 3D Mixing: Ensures uniform blending of powders and granules through continuous multi-axis movement.
Stainless Steel Chamber: Durable and corrosion-resistant structure ensures efficient processing.
Compact Design: Space-saving structure suitable for mixing and blending of materials.
Dead-Zone-Free Chamber: Ensures thorough material movement without segregation.
Optimized Loading Capacity: Enhances efficient and balanced mixing performance.
• Pharmaceuticals: Used for powder blending and formulation preparation.
• Chemical Processing: Suitable for granule homogenization and material mixing.
• Food Industry: Supports blending of powdered and granular ingredients.
• Research Laboratories: Used for sample preparation and experimental mixing.
• Quality Control: Applied where reproducible and consistent mixing is required.
Frequently Asked Questions
1: How does the 3D motion ensure uniform mixing?
The multi-directional movement of the mixing cylinder promotes thorough material flow, preventing segregation, stratification, and accumulation, ensuring consistent blending even for powders with different densities.
2: What is the optimal loading and why?
3D Mixer BZDSM-501 achieves best performance at 50–70% of the grinding tank, which balances free movement and efficient mixing, while ?10% is required to avoid under-loading issues.
3: How does the design minimize cleaning time?
The dead-zone free, arc-shaped cylinder combined with precision polishing eliminates material residue, allowing rapid cleaning between batches and maintaining hygiene standards.
4: What is the capacity of the BZDSM-501 3D Mixer?
Our 3D Mixer BZDSM-501 has a 5 L capacity, with an optimal mixing volume of at least 10% of the grinding tank.
5: What is the construction material?
3D Mixer BZDSM-501 is made of durable 304L stainless steel with a precision-polished, dead-zone free cylinder for easy cleaning and maintenance.
6: What is a 3D Mixer used for?
A 3D Mixer helps you mix powders and granules uniformly. It rotates in multiple directions, ensuring no dead corners during blending.
7: Can you use a 3D Mixer for pharmaceutical applications?
Yes, it's ideal for pharmaceuticals. It gives you homogenous mixing without breaking particles or generating heat.
8: Is the 3D Mixer safe for food processing?
Yes, food-grade models are available. You can use them to mix powders like flour, cocoa, or protein supplements safely.
9: Does the 3D Mixer require manual mixing?
No, you don’t need to mix anything manually. It automatically rotates and tumbles your materials for even mixing.
10: Can you mix fine powders in a 3D Mixer?
Yes, it's excellent for fine powders. You get consistent distribution without clumping or layering.
3D Mixer from Labzee offers a lab powder mixer for blending powders, granules, dry materials through multi-directional motion. The tank swings in three dimensions, carrying material with it, limiting dead zones, reducing separation between particles. Our three-dimensional mixers provide a moderate fill level that supports homogeneous mixing during each run, leaving room for material to move freely. The units suit routine laboratory batches, high-homogeneity powder blending, industrial sample preparation. Labzee manufactures 3D powder mixers from small to large sizes, with compact footprints, quiet running, giving even blends across batches.
