Precision Electronic Balance Laboratory Analytical Weighing Scale

Product Overview

This precision electronic balance delivers exceptional gravimetric accuracy, rapid stabilization times, and dependable measurement repeatability for high-standard laboratory and industrial research environments. Developed to satisfy the stringent requirements of modern analytical workflows, the instrument combines high-sensitivity electromagnetic load-sensing technology with rigid mechanical engineering. By minimizing baseline drift and optimizing response dynamics, this equipment ensures repeatable mass determination for critical sample preparations, reference standards, and expensive chemical reagents.

Engineered for integration across academic institutions, chemical synthesis laboratories, pharmaceutical production facilities, and industrial quality control departments, the system excels in diverse micro-weighing and formulation procedures. The balance addresses common gravimetric obstacles, including atmospheric temperature fluctuations, transient air drafts, and mechanical bench vibrations, thereby maintaining steady and trustworthy measurement cycles during routine testing or complex experimental campaigns.

Built from chemical-resistant structural alloys and featuring a cleanable analytical platform, this laboratory balance delivers enduring operational durability and metrological fidelity. Its intuitive operator controls, clear visual interface, and robust electronic architecture provide laboratory directors and procurement managers with absolute assurance in long-term operational uptime, experimental reproducibility, and regulatory data compliance.

Key Features

• High-Contrast Liquid Crystal Display (LCD): The bright, easy-to-read liquid crystal display provides sharp visualization of numeric mass readings, operational symbols, and stability indicators across all ambient laboratory lighting conditions. Clear visual contrast reduces operator eye fatigue during extended weighing campaigns and prevents critical readout misinterpretations during micro-titration or dosing protocols.
• ISO and GLP Compliant Data Output: The instrument features integrated firmware architecture capable of generating standardized ISO and GLP compliant data reports when connected to compatible printers or external computers. Automated printouts incorporate comprehensive balance identification records, time stamps, user tracking markers, and calibration data, providing an untampered audit trail for regulated quality control laboratories.
• Bidirectional RS-232C Communication Interface: Equipped with an industrial-standard RS-232C bidirectional serial interface, the balance communicates seamlessly with external computers, laboratory data acquisition systems, automated sample handlers, and dedicated laboratory report printers. The bidirectional communication protocol allows external software packages to query mass values, trigger tare operations, and execute calibration commands remotely without operator intervention.
• Precision Circular Stainless Steel Pan (Ø3.5 Inch): The weighing assembly incorporates a durable Ø3.5-inch circular weighing pan precision-machined from corrosion-resistant, surgical-grade stainless steel. This surface geometry securely accommodates common analytical glassware, weighing paper, crucibles, and volumetric flasks while resisting aggressive chemical reagents and simplifying decontamination between batches.
• External Calibration Architecture: Designed to facilitate straightforward routine verification, the system supports reliable external calibration using certified class standard weights. Regular external calibration routines allow laboratory operators to compensate for gravitational variances and localized thermal variations, ensuring that gravimetric accuracy conforms consistently to defined metrological standards.
• Electrostatic Dissipation and Ionizer Compatibility: The balance architecture supports optional external ionizer integration, allowing laboratory staff to neutralize stubborn electrostatic charges residing on non-conductive powder samples, plastic weighing boats, and glass containers. Dispersing static forces eliminates erratic reading drift, floating values, and magnetic interference during sensitive weighing sequences.
• Linear Display Omission for Streamlined Readout: Engineered intentionally without distracting linear graphic indicators or complex analog bar charts, the digital display prioritizes immediate numerical clarity and high-speed digit refresh. This focused presentation simplifies the operator visual field, enabling technicians to concentrate fully on gravimetric precision without visual clutter.
• Adaptive Digital Signal Filtering: Advanced internal digital filtering algorithms automatically stabilize readings against ambient building vibrations, HVAC air currents, and mechanical bench resonance. Operators can easily tailor filter parameters between rapid dynamic dispensing speeds and rock-solid analytical stabilization to match prevailing room conditions.
• Robust Chemical-Resistant Housing: Constructed with a heavy-duty polymer casing and sealed membrane control buttons, the external housing protects sensitive internal electromagnetic mechanisms against accidental chemical splashing and dust ingress. The resilient exterior maintains structural integrity and appearance even when exposed to routine industrial solvent cleaning and sterilization regimes.

Applications

Technical Specifications

The following technical specifications outline the operational, physical, and interface parameters for the analytical balance system. Data strictly reflects factory testing parameters and certified metrological design specifications.

Hardware and Metrological Specifications

Interface and Protocol Capabilities

Operating and Mechanical Environment

Why Choose This Product

• Superior Metrological Consistency and Stability: Built around a proven electromagnetic force restoration mechanism, this balance delivers exceptional reading repeatability and rapid stabilization times. The elimination of baseline drift during prolonged testing cycles ensures that research laboratories and quality control facilities maintain complete trust in every recorded measurement.
• Effortless Regulatory and Audit Compliance: The integrated ISO and GLP compliant data reporting framework simplifies adherence to strict international pharmacopeial and laboratory quality guidelines. Generating fully traceable digital or hard-copy calibration and mass logs reduces compliance administration overhead and guarantees seamless audit readiness for regulated manufacturing facilities.
• Industrial Build Quality and Chemical Resilience: Engineered with high-grade structural alloys, a robust sealed membrane keypad, and a premium Ø3.5-inch stainless steel pan, this unit resists aggressive solvents, corrosive chemical vapors, and mechanical wear. The rugged enclosure safeguards critical internal transducers, ensuring years of dependable operation in challenging industrial settings.
• Flexible Connectivity and System Automation: The inclusion of an industry-standard bidirectional RS-232C interface allows hassle-free integration into modern laboratory information management systems (LIMS), custom automated dispensing platforms, and external recording equipment, preserving maximum workflow flexibility as laboratory automation evolves.
• Comprehensive Application and Service Support: Backed by KINTEK's technical expertise in precision laboratory systems, every instrument is supported by dedicated specialists ready to assist with operational integration, calibration procedures, and application-specific configurations.

Contact our technical sales team today to request an official quotation, explore tailored system configurations, or discuss how this precision electronic balance can enhance your laboratory's measurement accuracy and operational throughput.

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