Labmate Electronic Balance LMBE-A101
Labmate Electronic Balance LMBE-A101 is a high-precision weighing instrument designed for accurate measurement of samples up to 200 g with 10 mg readability. It features a large backlit LCD display for clear visibility of measurements and a stainless steel, grease-free pan to prevent rust and corrosion. Built for rapid stabilization, smooth operation, and safety, this balance incorporates overload protection, multiple weighing modes, and RS232 connectivity for efficient laboratory workflows.
Product Info
Key Features
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Weighing capacity: 0–200 g
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Readability: 10 mg
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Large stainless steel pan (Φ 125 mm) with grease-free cover
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Fast stabilization for quick measurements
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Overload protection for durability and safety
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Backlit LCD display for clear reading
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Multiple weighing modes: Basic weighing, auto-counting, percentage weighing
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Internal data storage for products and settings
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RS232 interface for PC or printer connectivity
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Compact, lightweight, and easy-to-clean design
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Supports AC and DC operation with dry battery slot
Applications
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Precise weighing of solids, liquids, powders, and granular substances
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Research and pharmaceutical laboratories
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Routine formulation and quality control
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Educational and analytical experiments requiring rapid and reliable measurement
Technical Highlights
Parameter Specification Weighing Range 0–200 g Readability 10 mg Pan Size Φ 125 mm Operating Modes Basic weighing, auto-counting, percentage weighing Stability Fast response Ambient Temperature Room Temperature Relative Humidity < 60 % Voltage AC 110 / 220 ± 10 % ; 50 / 60 Hz Dimension (L×W×H) 250 × 180 × 60 mm Net Weight 1 kg Connectivity RS232 Interface Standard Accessories
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Power adapter
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Weighing pan
Selection Guide
Labmate Electronic Balance LMBE-A101 is ideal for laboratories requiring a compact, precise, and durable balance for routine weighing, formulation, and quality control. Its rapid stabilization, versatile weighing modes, and reliable construction make it suitable for research, pharmaceutical, and educational environments, ensuring consistent and accurate measurement of solids, liquids, and powders.
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