
3NH Spectrocolorimeter PS2040
Rp123
The 3NH PS2040 spectrocolorimeter is a high-precision portable device designed for accurate color difference analysis and quality control. It adopts a CMOS dual beam splitting sensor and is optimized for industries that require exact color matching such as plastics, textiles, printing, ceramics, paint, and ink production. With a compact build and advanced optical system, it provides reliable performance for small-area color measurements.
3NH Spectrocolorimeter PS2040
The 3NH PS2040 spectrocolorimeter is a high-precision portable device designed for accurate color difference analysis and quality control. It adopts a CMOS dual beam splitting sensor and is optimized for industries that require exact color matching such as plastics, textiles, printing, ceramics, paint, and ink production. With a compact build and advanced optical system, it provides reliable performance for small-area color measurements.
Features
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Equipped with a high-precision CMOS dual beam splitting sensor for enhanced stability and accuracy.
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Uses a full-spectrum LED light source that covers the visible range from 400 to 700 nm.
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Features two small apertures (SAV: Φ4mm/Φ5mm) ideal for precise measurement on small or detailed samples.
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Supports both SCI and SCE measurement modes to assess color with or without surface effects.
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Real-time graphical display of color differences, pass/fail results, and color simulation.
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Compatible with multiple color spaces including CIE LAB, XYZ, LCh, s-RGB, and HunterLab.
Applications
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Used in plastic and electronics manufacturing for accurate color consistency and product evaluation.
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Ideal for ink and paint formulation to ensure precise shade matching and batch consistency.
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Applied in the textile and garment industries for monitoring dyeing and printing quality.
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Utilized in ceramic production for surface and glaze color control.
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Supports printing and packaging sectors where precise brand color matching is required.
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Useful for laboratory and R&D color difference analysis across diverse materials.
Specifications
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Wavelength range from 400 to 700 nm, integrating sphere size of Φ40mm for controlled light distribution.
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Small aperture options: Φ4mm and Φ5mm enable high-accuracy measurement of small samples.
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Reflectance range of 0–200% with a resolution of 0.01%, ensuring fine measurement granularity.
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Repeatability of chromaticity values within ΔE*ab 0.035 and spectral reflectance within 0.1%.
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Inter-instrument agreement within ΔE*ab 0.35 based on BCRA Series II color tiles.
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Observer angle selectable at 2° or 10° for different color perception standards.
Advanced Capabilities
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Measures a wide range of colorimetric indices including whiteness index (WI), yellowness index (YI), metamerism index, and color fastness.
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Supports numerous illuminants including D65, A, D50, D75, TL84, and others through PC/app software.
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Provides color difference calculations such as ΔEab, ΔE00, ΔE*94, and DINΔE99.
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Enables 555-tone classification and Munsell (C/2) via optional software.
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Offers display of full spectral graphs, chromaticity values, color offsets, and simulation.
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Customizable measurement modes: single or average (2–99 times) for flexible quality control.
Physical and Operational Details
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Compact size (94 x 68 x 188 mm) makes it easy to transport and use in various environments.
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Lightweight at approximately 410 g, allowing for handheld or benchtop operation.
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Powered by a 3.7V, 5000mAh lithium battery capable of lasting up to 8000 cycles in 8 hours.
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Utilizes a stabilizer-based locating method for precise sample alignment.
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Features a contact-type automatic white calibration system for user-friendly operation.
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Measurement time of about 1 second ensures rapid and efficient color assessments.
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