Test Sieve Shaker LLTS-A11 features 1 to 8 sieve working layers which rotates at speed of 1400 rpm for fine particle distribution analysis. With diameter of 300 mm sieve, it can test 50 to 150 g of sample material. Used to determine particle size distribution of raw and finished materials in the form of particles, powder and liquid.
| Working layers | 1 to 8 layers |
|---|---|
| Screen mesh size | 10, 20, 50, 80, 100 mesh etc. required |
| Diameter | 300 mm |
| Material | Stainless steel 304 |
| Timing range | 1 to 99 hours |
| Speed | 1400 rpm |
| Power consumption | 120 W |
| Power supply | 110/ 220 V± , 60/ 50 Hz |
| External dimension (W×D×H) | 400 × 330 × 370 mm |
| Packaging dimension (W×D×H) | 540 × 490 × 460 mm |
| Gross weight | 55 kg |
Test Sieve Shaker finds application in particle size distribution of raw materials, finished products across laboratory and quality control testing units.
| Accessories no. | Sieve type | Specification |
| 1 | Sieve diameter 300 mm | 6 mesh ~ 3000 um |
| 2 | Sieve diameter 300 mm | 9 mesh ~ 2000 um |
| 3 | Sieve diameter 300 mm | 14 mesh ~ 1200 um |
| 4 | Sieve diameter 300 mm | 20 mesh ~ 900 um |
It is designed for shaking, mixing and aeration applications. It is compact with micro-computer controlled technology. It features adjustable speed control that provides gentle to vigorous agitation. The low noise and stable operation makes it suitable for use in different laboratories like molecular biology, microbiology, immunology, chemical etc.
It utilizes a see saw or wave action, where the platform rocks on a central point. With smaller footprint, but high driving force, more platforms can be added by stacking two more platforms to accommodate more samples. These rockers are suitable for mixing various flat bottles, such as culture flasks, Petri dishes etc.
It provides regulated shaking for two or four microplates. With a speed range of 300 to 500rpm, it can be adjusted to suit gentle shaking to ensure that the well contents are not ejected and require more vigorous agitation for effective aeration across the small surface area of each of the wells. They are suitable for mixing, incubation and cultivation of biological and chemical components in microbiology, molecular biology, immunology and biotechnology.
