SIEVE SHAKER B-One MODEL MAS 208S

SIEVE SHAKER MODEL MAS 208S: Precision in Particle Size Analysis

The B-One SIEVE SHAKER MODEL MAS 208S is a high-performance tool designed for efficient and accurate particle size analysis in laboratories and industrial settings. This versatile machine ensures consistent and reliable sieving through its robust shaking mechanism and well-engineered design. Its precision and ease of use make it an essential instrument for professionals in material testing, quality control, and research.

Product Features:

• High-Frequency Shaking: Operates at 160 shakes per minute to ensure thorough particle separation and uniform results.
• Vertical Shaker Movement: Features a vertical stroke of 50mm, optimizing the sieving process for a wide range of materials.
• Test Sieve Capacity: Accommodates up to 8 sieves with a diameter of 200mm, making it suitable for multiple sample sizes and types.
• Adjustable Timer: Equipped with a timer adjustable from 0.05 to 100 minutes, allowing precise control over operation time.
• Powerful Performance: Runs on a 450W motor, ensuring reliable and efficient sieving even for demanding tasks.
• Compact and Robust Design: With dimensions of 520 x 350 x 1040 mm, the MAS 208S fits into most laboratory environments while maintaining durability.
• Standard Power Requirements: Operates on a 220 VAC / 50Hz power supply, making it compatible with standard electrical setups.
• Portable Weight: Weighs 38 kg, offering a balance between portability and stability for consistent operation.

Applications:

The MODEL MAS 208S is versatile and can be applied in various industries and laboratories, including:

• Material Testing: Ideal for analyzing particle size distribution in construction materials like sand, gravel, and cement.
• Pharmaceuticals: Ensures accurate particle size measurement in powders and granules for drug formulation.
• Food and Agriculture: Used for grading and quality control in grains, flour, and other food products.
• Chemical Industry: Suitable for separating and analyzing chemical powders and granules for production processes.
• Educational and Research Institutions: Supports academic experiments and research involving granular materials and particle size analysis.

Specifications: