Description

Biobase Laboratory Test Sieve BK-TS200 – Technical Overview

Achieving maximum accuracy in separation protocols demands specialized equipment. The Biobase Laboratory Test Sieve BK-TS200 stands out as a highly efficient automatic particle classification sieve shaker designed for modern research centers. This precision measuring instrument utilizes a high-frequency vibrating mechanism to perform reliable particle size distribution analysis on a broad range of materials. Equipped to handle solid particles, fine chemical powders, and complex liquid suspensions, the device forms the core of standard laboratory solid processing workflows.

Engineered with a robust internal drive, the unit operates at a stable rotary speed of 1400r/min. This constant kinetic energy transfers evenly across the screening platform to separate materials without blinding the screen surface. Industrial testing equipment like this model must deliver consistent agitation to prevent agglomeration, especially when handling moisture-sensitive or sticky samples. The built-in advanced digital control panel allows laboratory technicians to program accurate timing sequences ranging from 1 second up to 99 minutes and 59 seconds. This granular regulation helps eliminate manual errors and ensures strict procedural conformity across multiple testing batches.

Structural integrity is standard across all design facets of this benchtop sieve shaker for particle and liquid screening. The main housing contains an integrated vibration motor that minimizes external body resonance while maximizing direct energy transmission to the material stack. Operating at a noise threshold of less than 50 decibels, the system maintains a quiet working atmosphere in crowded laboratory settings. The device accepts up to 8 layers stainless steel sieve shaker columns plus a dedicated top lid and bottom recovery pan. This vertical modularity allows industrial operators to isolate up to seven distinct volumetric fractions in a single operational run, shortening multi-stage testing schedules.

Biobase BK-TS200X Sieve Shaker – Troubleshooting and Calibration Guide

Regular verification protocols maintain the analytical integrity of your particle size analysis equipment over years of continuous service. To ensure true experimental replication, laboratory personnel should execute structured calibration adjustments every six months or after completing major material testing projects. The initial calibration phase requires leveling the platform surface to verify that the vibrating energy distributes equally across the entire wire mesh test sieve 200mm expanse. An uneven base placement forces sample accumulation on one side of the stainless steel standard test sieve 200mm frame, causing fast grid wear and skewed fraction percentages.

Periodic Maintenance Checklist

• Structural Inspection: Check the tightening columns and clamping nuts before executing any operational run to prevent top lid displacement.

• Mesh Clearance: Inspect the 200mm laboratory test sieve Bangladesh standard screen grids under backlit magnification for trapped grain residues.

• Rubber Damper Review: Examine the base shock-absorption pads for stress cracking to prevent excess noise and floor walking during high-speed operation.

• Electrical Grounding: Verify line voltage stability to protect the 120W internal motor from power drops common in deep industrial settings.

Unexpected operational disruptions often stem from simple systemic issues rather than core motor failures. For instance, if the digital lab test sieve BK-TS200 fails to activate after turning on the master power switch, the operator should inspect the internal fuse link and verify that the line plug matches the standard 220V power supply requirement. In situations where the system functions but exhibits weak or inconsistent vibration patterns, the fault usually points to overloaded screen layers. This high-efficiency laboratory material testing sifter typically requires a sample load between 50 to 150 grams per column stack. Exceeding this mass limit dampens the mechanical amplitude, leading to incomplete particle separation. Cleaning the mesh layers also prevents grid blind spots; always use ultrasonic bath cleaners or non-abrasive soft nylon brushes rather than metal pick tools that warp fine aperture tolerances.

Laboratory Test Sieve BK-TS200 – Operational Mechanics and Mesh Selection

Selecting appropriate mesh dimensions is vital for successfully mapping particle size distribution analysis within industrial oversight workflows. The versatile Biobase laboratory test sieve mesh size range stretches from 4 mesh for coarse aggregates down to ultra-fine 500 mesh for microscopic chemical compositions. The standard machine setup relies on a 304-grade stainless steel configuration to ensure complete resistance against rust, chemical oxidation, and abrasion during extended screening sessions. This grade choice prevents chemical crossover between testing runs, an absolute necessity for high-purity pharmaceutical manufacturing and certified food safety laboratories.

Operational Parameter	BK-TS200 Technical Specification Value
Testing Sieve Diameter	200 mm Standard Frame Area
Working Layer Capacity	1 to 8 Mesh Layers Plus Base Receiver
Standard Screen Range	4 Mesh to 500 Mesh Aperture Dimensions
Rotational Engine Speed	1400 Revolutions Per Minute
Nominal Power Draw	120 Watts Energy Consumption Profile
Integrated Timer Scale	0 to 99 Minutes and 59 Seconds Digital Window
Acoustic Noise Output	Less than 50 dB at Maximum Agitation
Total Structural Mass	47 Kilograms Net Desktop Weight

The mechanical operation depends on a dual-motion screening pattern that simultaneously moves particles vertically while rotating them across the screen floor. This structural action ensures that every particle encounters the mesh apertures multiple times per minute, allowing smaller elements to pass through into lower layers without becoming wedged. Utilizing a professional laboratory sieve set for sand and civil testing ensures that materials like cement, soil, fine gravel, and crushed aggregates align with international standards. By securing exact screen layer sizing, quality control tools provide managers with the precise data curves necessary to certify industrial materials for massive commercial use.

BK-TS200 Lab Test Sieve – Industrial Procurement and Sieve Shaker Machine Sourcing

Acquiring specialized analysis gear requires working with a dependable laboratory equipment seller that understands international technical metrics. Industrial operators, infrastructure development projects, and research universities must look past initial pricing to evaluate long-term equipment support, genuine spare parts availability, and proper product certification. Investing in a authentic Biobase benchtop sieve shaker ensures that your testing department complies with strict ISO manufacturing standards, reducing systemic measurement errors during international audits. A certified supplier provides full operational setups, including custom mesh arrangements tailored to specific production tracking needs.

When choosing a digital testing platform, finding an established Biobase lab equipment importer Bangladesh network provides crucial protection for your supply chain. Local availability of backup sieve columns, replacement base springs, and digital display components prevents long operational downtime if part wear occurs. Whether managing quality verification for industrial grain mills or running aggregate density checks on large civil concrete projects, having access to an official BK-TS200 test sieve dealer Dhaka branch guarantees fast technical support and direct access to specialized factory modifications. Choosing a verified supplier ensures your testing laboratory retains high measurement accuracy across all operational runs.

A Rahman Scientific Co. is the best laboratory equipment seller and supplier in Bangladesh.

For genuine laboratory equipment, A Rahman Scientific Co. is the most trusted supplier in Bangladesh.