Determine Color Differences with NR20XE
The NR20XE Colorimeter is a lightweight and compact instrument used for contact color measurement on sample surfaces; NR20XE microcomputer colorimeter is suitable for color detection and control in various occasions. It is an ideal choice for color management in garment factories, chemical factories, printing factories, automobile factories, hardware processing factories, mold factories, paint factories, etc.
Key Highlights
45°/ 0° optical geometry
Accurate spectra &Lab data , for color matching & delivery;
CIE LAB,LCh, XYZ;
Φ20mm aperture;
2.8-inch TFT screen for easy operation
Reliable repeatability (ΔEab ≤0.08) and inter-instrument agreement (ΔEab ≤0.4)
Large storage capacity, Apprx. 20,000 data;
On-site inspections, providing cost-effective color measurement solutions for entry-level applications
NR20XE colorimeter is one type of colorimetric measuring instruments used to capture, analyse, and communicate color. Discover the next - generation handheld color measurement tool, This innovative solution empowers you to accurately understand, control, and communicate color throughout every stage of the workflow. NR20XE with an intuitive touchscreen for precise, fast, and reliable determination of natural samples color.
When testing products such as meat measurement by ordinary colorimeter, the whole instrument body has to be placed in the object which not only stains the instrument, but also will let the liquid/water enter the instrument directly and bring cross contamination. However, NR20XE is a vertical structure. When measuring, it can make sure only the aperture touches the object which will not stain the instrument body.


8. Configuring CQCS3 software -- connect PC computer to realize more functions.


3nh | NR20XE Precision Colorimeter |
Illuminating/Viewing Geometry | 45°/0° |
Measuring Aperture | Φ20mm |
Special Function | Especially suitable for testing surface stripe and wet products |
Locating | Illumination Locating/Cross Locating |
Detector | Silicon photoelectric diode |
Locating | Illuminating Locating/Cross Locating |
Color Space | CIEL*a*b*C*h*; CIEL*a*b*; CIEXYZ |
Color Difference Formula | △E*ab; △L*a*b*; △E*C*h* |
Light Source | D65 |
Light Source Device | LED blue light excitation |
Errors Between Each Equipment | ≤0.50ΔE*ab |
Storage | 100pcs standards 20000pcs samples |
Repeatability | Standard deviation within ΔE*ab 0.08 Average of 30 measurements of standard white plate |
Weight | 500g |
Dimension | 205×67×80 mm |
Power source | Rechargeable lithium-ion battery 3.7V@3200mAh |
Lamp Life | 5 years, more than 1.6 million measurements |
Charging Time | First charging time is 8 hours--100% electricity |
PC Software | CQCS3 Software |
Printer (optional) | Miniature thermal printer |
FAQs About NR20XE Colorimeter
High Measurement Accuracy and Stability: Low ΔE fluctuation (e.g., NH300: ΔE < 0.07; NR10QC: ΔE ≤ 0.03 short-term repeatability); Reliable sensors (CMOS dual-beam/silicon photodiode) and long-lasting light sources (1.6M–3M measurements over 5 years).
User-friendly Design and Convenient Operation: Intuitive interfaces (e.g., NH300’s “fool-proof” operation), auto-calibration, and ergonomic grips for extended use; Versatile positioning (light/cross alignment) for precise measurements.
Robust Design: Our colorimter instruments are designed to withstand rigorous use, providing long-term reliability. Rechargeable lithium batteries enable 5,000–6,000 measurements per charge (e.g., NH300/TS7030), ensuring cost-effective durability.
PC Software Support for Functionality Expansion: PC software (e.g., CQCS3) supports color difference analysis, chromaticity indexing, and sample library management.
Global customer support: Our global presence across regions ensures you get the service and maintenance support you need to keep your instrument at peak performance.
Multiple Measurement Apertures and Application Scenarios: Multiple measurement apertures, different models have different measurement apertures and some models offer multiple optional apertures. Applicable to plastic electronics, paint and ink, textile and garment printing and dyeing, printing, ceramics, automotive, food, medicine and other industries for color quality control and color difference detection.
The repeatability is an important parameter for the accuracy of the colorimeter. Threenh Technology portable colorimeter for color measurements tandard deviation ΔE*ab is within 0.03 (Measurement condition: the average value of 30 measurements on the white board at an interval of 3s after calibration). Each colorimeter can pass the qualified inspection before leaving the factory to ensure it conforms to the standard of China Metrology Institute.
Spectrophotometer captures full spectral data, handles dyed fabric, printed textiles, yarn, woven and knitted materials with complex color and texture.
Supports SCI/SCE, metamerism test, fastness comparison and batch color consistency inspection.
Higher accuracy and better inter-instrument agreement, perfect for factory mass production and customer color approval.
Basic colorimeters only show simple color difference data, easily affected by fabric texture, rough surface and lighting, with poor stability for textiles.
TS7700 / TS8560: High-precision, ideal for textile lab QC, color matching and raw material incoming inspection.
NR60CP / NS800: Cost-effective option for daily production line routine color checking.
Many people might answer "with the human eye", but this is actually not comprehensive. The human eye cannot accurately distinguish the colors of similar objects. Furthermore, everyone's perception of color varies. Therefore, people have developed color measurement tools based on the CIE color system.
Currently, there are two main types of commonly used colorimeters, as follows:
Colorimeter - It is an ideal choice for quality control (QC) on production lines, used to detect color differences.
Spectrophotometer - It is suitable for the development of color characteristics and color analysis in laboratories.
Colorimeter calibration is indispensable for reliable quality control—ensuring measurement accuracy by compensating for component aging, environmental interference, and baseline drift. It standardizes data across devices/batches, maintains compliance with industry standards, and prevents costly rework from inaccurate color readings, making it critical for precision-driven industries like printing, food, plastics, textiles, paint and coatings.
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