Laboratory Vibrating Sieve Specifications:
| Model | VS-200 | VS-300 |
| Sieve Mesh Size | 1~400,450,500,550,600,635 |
| Time Range | 0~99min59s |
| Diameter | 200mm | 300mm |
| Layer | Maximum 8 layers |
| Material | 304 stainless steel |
| Speed | 1400r/min |
| Standard Accessory | Lid and base |
| Optional Accessory | Sieve mesh |
| Power Supply | AC220/110V±10%, 50/60Hz |
| Size (W×D×H)(mm) | 400x330x370 |
| Shipping Size (W×D×H)(mm) | 600x510x480 |
| G.W. (kg) | 50 |
Laboratory Vibrating Sieve Features:
Sieve mesh size range: 1~635mesh
Time range: 0~99min59s
Usually requires 50 to 150g of sample material
Applications of Laboratory Vibrating Sieve:
The laboratory vibrating sieve is a device specifically designed for use in laboratory environments to screen and separate materials. It is typically compact and easy to move, suitable for small-scale experiments and research. The working principle of the vibrating sieve involves the separation of materials based on different intensities of vibration through the sieve mesh. This laboratory vibrating sieve finds wide application in scientific research, laboratory testing, and quality control, and can be used in materials research, food and pharmaceutical production, mineral analysis, and scientific experiments.
Details of Laboratory Vibrating Sieve (VS-200):
The laboratory vibrating sieve is made of stainless steel for a bright and metallic appearance. The square body with round discs, the adjustable top and the power connection on the side make it a compact and sturdy design for laboratory particle sieving.
Compact structure, with supporting feet at the bottom to ensure stability during operation, and a side view presenting the appearance and some details of the device.
The mesh surface is made of woven metal wires with precise structure and different apertures of different screens, which is the key component to realize accurate screening of particles, reflecting the professionalism of the product in screening function.
Several stainless steel screens are neatly stacked, with “MESH” and different mesh sizes (e.g. 24, 18, 16, etc.) marked on the screen cylinder wall, which represents the size of the screen aperture, and is used to differentiate between different screening specifications and to meet the needs of screening for a wide range of particle sizes.
Laboratory vibrating sieve and accessories are properly packed in wooden crates and cartons. The crates are labeled with upward markings to remind of handling precautions and to ensure the safety of the equipment during transportation to avoid damage due to collision and tipping.
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