Labmate Nano Spectrophotometer LMNS-B101
Labmate Nano Spectrophotometer LMNS-B101 is a high-performance, ultra-sensitive microvolume spectrophotometer designed for rapid nucleic acid and protein quantification. It operates over a wavelength range of 190–850 nm with 2 nm resolution and supports sample volumes of 1–2 µL. Equipped with a 2048-element linear silicide CCD array and a stable xenon lamp light source, it delivers fast, accurate, and reproducible absorbance measurements in less than five seconds. The system features built-in fiber protection, automatic data saving, and permanent storage, making it ideal for time-sensitive workflows and efficient laboratory operations.
Product Info
Key Features
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Microvolume analysis: 1–2 µL sample loading
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Wavelength range: 190–850 nm with ±1 nm accuracy
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High-resolution CCD array for rapid detection
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Stable xenon lamp light source for consistent spectral output
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Fast detection time: <5 seconds
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Ultra-low sample consumption
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Built-in fiber protection and permanent data storage
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Compatible with Windows 10 operating system
Technical Specifications
Specification Details Sample Volume 1–2 µL Optical Path Length 1 mm Wavelength Range 190–850 nm Wavelength Accuracy ±1 nm Wavelength Resolution 2 nm Absorbance Range 0.02–25 Abs Absorbance Resolution 0.002 Abs Absorbance Accuracy ±1% (0.76 Abs at 350 nm) Nucleic Acid Detection Range 2–1200 ng/µL dsDNA Protein Detection Range 0.1–40 mg/mL BSA Detection Time <5 seconds Detector 2048-element linear silicide CCD array Light Source Xenon lamp Dimensions (L×W×H) 20×30×20 cm Weight 3.3 kg Applications
Labmate Nano Spectrophotometer LMNS-B101 is ideal for nucleic acid, protein, and biomolecule quantification in molecular biology, biotechnology research, quality control laboratories, and educational experiments.Selection Guide
LMNS-B101 is tailored for laboratories requiring rapid, reliable microvolume analysis with minimal sample consumption. Its ultra-sensitive detection, fast measurement speed, and built-in data storage make it suitable for high-throughput molecular biology workflows, academic research, and regulated quality control environments. The instrument is designed for precision, durability, and ease of use, supporting consistent performance across repeated assays.-
