Laboratory Reciprocating Sieve Shaker Machine for Particle Size Analysis and Powder Separation

Product Overview

This automatic reciprocating sieve shaker is a heavy-duty particle classification instrument engineered for demanding analytical and quality-assurance laboratories. Built to deliver steady, linear horizontal displacement, the equipment accelerates particulate stratification and ensures rapid separation of bulk materials across specified mesh thresholds. By establishing a fixed, standardized motion profile, the system provides repeatable particle size distribution data while safeguarding sample structural integrity.

Designed primarily for testing facilities across geological prospecting, metallurgy, chemical manufacturing, building material processing, and pharmaceutical powder analysis, this unit easily accommodates diverse sample densities and granular profiles. Its straightforward mechanical architecture allows laboratory personnel to transition between single-fraction verification and multi-tier grain sorting with minimal setup overhead, making it an indispensable tool for both research trials and routine production quality control.

Crafted from high-grade, wear-resistant structural components, this machine guarantees exceptional operational stability under prolonged testing runs. The inclusion of an integrated electrical timing mechanism completely removes operator-dependent variability, ensuring that every analytical cycle adheres strictly to standardized test durations. Laboratories can depend on this unit for uncompromising measurement reproducibility, long-term mechanical reliability, and minimized routine maintenance.

Key Features

• Consistent Reciprocating Stroke Kinetics: Delivers an exact horizontal amplitude of 40 mm at an optimized operating frequency of 240 cycles per minute, generating superior material fluidization and rapid mesh passage across the entire screen deck.
• Precision Integrated Timer Control: Features an adjustable electrical timer spanning 0 to 16 minutes that automatically terminates operation at the targeted interval, eliminating human timing discrepancies and maximizing cross-batch reproducibility.
• Standardized Screen Deck Compatibility: Built with an expansive clamping bed engineered specifically for 300 × 220 mm rectangular sieve frames, facilitating versatile test configurations from single sieves to stacked multi-mesh arrangements.
• Rigid Slide-Rod Clamping System: Utilizes heavy-duty vertical guide rods and precision-threaded butterfly wing nuts to maintain uniform downward clamping force, preventing sieve chattering, frame displacement, and dust leakage during high-frequency agitation.
• High-Efficiency Low-Maintenance Powertrain: Houses an industrial-grade electric motor coupled to a balanced mechanical linkage system that operates smoothly under variable sample mass loads while minimizing frictional thermal build-up.
• Vibration-Damped Stable Geometry: Constructed with a low center of gravity and a reinforced base frame that isolates dynamic mechanical forces, ensuring rock-solid stability during continuous operation on standard workbenches or concrete laboratory floors.
• Simplified Cleaning and Sample Recovery: Features an open-access framework and smooth structural surfaces that allow rapid removal of test sieves and effortless collection of retained material fractions without cross-contamination.
• Standard Industrial Electrical Safety: Operates seamlessly on single-phase 220V electrical infrastructure with dedicated chassis grounding protocols, safeguarding lab technicians and electrical controls against line disturbances.

Applications

Technical Specifications

Why Choose This Product

• Engineered Kinetic Precision: The mechanically calibrated 40 mm stroke at 240 strokes per minute creates an optimal trajectory for bulk particle separation, avoiding the blind spots and dead zones common in basic rotational or vibratory shakers.
• Elimination of Human Experimental Error: By standardizing the agitation velocity and incorporating a dial-set timer, this equipment guarantees that comparative samples receive identical mechanical energy input, ensuring absolute repeatability across different operators and shifts.
• Robust Heavy-Duty Construction: Machined with resilient cast components and high-tensile slide rods, this unit is purposely engineered to withstand the demanding conditions of mining assay facilities, construction sites, and multi-shift industrial production labs.
• Effortless Ergonomic Operation: With straightforward locking mechanisms and intuitive electrical controls, operators can mount single or multi-tier 300 × 220 mm frames rapidly, significantly reducing preparation time per assay cycle.
• Superior Long-Term Return on Investment: Backed by high-precision mechanical tolerances, dependable single-phase 220V components, and dedicated after-sales engineering support, this shaker provides years of dependable, maintenance-free service.

Contact our technical sales team today to request a customized quote, discuss sieve mesh options, or determine the ideal configuration for your laboratory testing requirements.

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