Máy trộn bột phòng thí nghiệm phù hợp với nhiều tình huống

1. Product Introduction

The laboratory powder mixer is an efficient equipment specially developed for small-batch powder mixing in laboratories. It is suitable for mixing various powdery and granular materials in laboratory scenarios such as chemistry, materials, food, and pharmaceuticals. With its exquisite mixing structure design, it enables materials to be mixed quickly and evenly in a limited space, providing accurate mixed samples for experimental research.

2. Working Principle

The mixer is driven by an electric motor. The cylinder is driven by a chain wheel, and the mixing blades are driven by a V-belt. During operation, the mixing blades push the powder materials in the container to move in all directions, allowing different materials to fully contact and interweave, thereby achieving uniform mixing.

3. Structural Features

1. Simple structure, reliable transmission, and convenient maintenance.
2. The support bearing adopts mechanical seal dust-proof treatment, which has a reliable sealing effect and prevents powder leakage.
3. Large loading capacity, short mixing time, and high efficiency.
4. Compact size, occupying little space in the laboratory, and easy to place and operate on the experimental bench.

4. Application Scope

• Chemical Laboratories: Used for mixing various chemical powder reagents to provide uniform raw materials for synthesis experiments;
• Material Laboratories: Can mix metal powders, ceramic powders, etc., to support the research and development of new materials;
• Food Laboratories: Capable of conducting mixing tests on food powder raw materials (such as flour, starch, food additives, etc.);
• Pharmaceutical Laboratories: Suitable for mixing traditional Chinese medicine powders, Western medicine preparation powders, etc., to serve the research and development of pharmaceutical preparations.

5. Equipment Advantages

1. High mixing uniformity (up to more than 98%), ensuring the homogeneity of experimental samples;
2. Fast mixing speed, generally completing the mixing of small-batch materials in 3-5 minutes;
3. Extremely low energy consumption and low operating cost, meeting the energy-saving needs of laboratories;
4. Simple operation with one-key start, and easy cleaning—only need to wipe with a dust-free cloth.