Laboratory Digital Sieve Shaker

₦850,000

Description

This is a Laboratory Digital Sieve Shaker, a precision testing instrument widely used for particle size distribution analysis in civil engineering, geology, agriculture, mining, pharmaceutical, and chemical laboratories. It is an automated mechanical device designed to hold a vertically stacked series of standard test sieves and produce controlled vibratory motion. The combination of vertical vibration and rotational movement enables granular materials to pass through progressively finer mesh openings, separating particles according to their size. Key Features and Functions Stainless Steel Test Sieve Assembly: Accommodates a stack of high-quality stainless steel test sieves arranged in descending mesh sizes. Each sieve retains particles larger than its mesh opening, while finer particles pass through successive sieves and are ultimately collected in a receiving pan positioned at the base. Heavy-Duty Clamping Mechanism: Equipped with a rigid clamping system consisting of a top retaining plate and threaded guide rods that securely fasten the sieve stack. This ensures the sieves remain firmly aligned throughout the vibration cycle, preventing movement, sample loss, or inaccurate test results. Digital Vibration Control System: Built on a stable anti-vibration base housing the electric drive mechanism. The front control panel typically includes a power switch, vibration intensity or frequency adjustment controls, and a programmable digital timer that allows precise regulation of test duration for consistent and repeatable analyses. Stable Mechanical Drive: Utilises a balanced vibration mechanism that generates uniform oscillatory motion, ensuring efficient particle separation while minimising excessive noise and mechanical wear. Durable Laboratory Construction: Manufactured from corrosion-resistant stainless steel and heavy-duty metal components to withstand continuous laboratory use and maintain reliable performance over extended operating periods. Common Laboratory Applications Particle size distribution analysis of soils, sands, gravels, and construction aggregates. Quality control testing of powders, granules, fertilizers, cement, minerals, food products, and pharmaceutical materials. Geological and environmental studies involving sediment classification and weathering analysis. Chemical and industrial laboratories for determining particle size uniformity during material processing. Educational laboratory demonstrations in engineering, earth science, and materials science practical sessions.