| Specification | Details |
|---|---|
| Product Name | Electromagnetic Sieve Shaker AI-39 |
| Category | Analytical Instrument |
| Product Type | Electromagnetic Sieve Shaker |
| Operating Principle | Electromagnetic Vibration |
| Display | Digital LCD Display |
| Control Type | Microprocessor-Based Digital Controller |
| Timer Range | Adjustable Digital Timer |
| Vibration Intensity | Adjustable |
| Sieve Compatibility | Standard Test Sieves (Various Sizes) |
| Construction | Powder-Coated Steel Body |
| Power Supply | 220–240V AC, 50/60 Hz |
| Application | Particle Size Analysis & Material Testing |
All, Analytical Instrument
Electromagnetic Sieve Shaker
The Electromagnetic Sieve Shaker AI-39 is a high-performance particle size analysis instrument designed for precise and reproducible sieve testing. Utilizing advanced electromagnetic vibration technology, it delivers consistent sieving action for powders, granules, and bulk materials. It is widely used in quality control laboratories, research facilities, pharmaceuticals, food processing, mining, and construction material testing.
- Advanced electromagnetic vibration technology for accurate sieving.
- Adjustable vibration intensity for different sample types.
- Digital timer for precise test duration control.
- Uniform and repeatable particle size analysis.
- Supports multiple standard laboratory sieves.
- Sturdy laboratory-grade construction for long-term durability.
- User-friendly digital control panel.
- Low-noise operation with high testing efficiency.
- Suitable for pharmaceutical, chemical, food, mining, cement, metallurgy, and environmental laboratories.
- Ideal for particle size distribution and quality control testing.
- Compatible with a wide range of standard laboratory test sieves.
- Clean the sieves and instrument after each test to maintain performance.
- Regular inspection of moving components is recommended for reliable operation.
- Store the instrument in a clean, dry, and dust-free environment.
- Designed for continuous laboratory use with minimal maintenance requirements.
