The textile color measurement industry relies on color measurement devices to ensure consistent product quality, meet global market demands, and optimize overall production efficiency—they are indispensable for standardized and efficient operations. Achieving color perfection in textiles is no longer optional for modern brands, as even minor shade deviations can directly affect product acceptance and brand credibility.
Core Reasons for Need Color Perfection in Textiles
Guarantee color consistency
Textiles are produced in batches, and raw materials (yarn, dyes) or production conditions (temperature, dyeing time) may vary during processing stages. These devices quantify color data (e.g., L*, a*, b* values) to ensure each batch matches the standard sample, avoiding color deviations between batches or within the same product—an essential step toward color perfection in textiles.
Meet customer and brand requirements
Brands and customers have strict color standards for textiles in commercial markets. Color measurement devices provide objective, quantifiable data to confirm products meet specified color tolerances, helping brands maintain color perfection in textiles while reducing returns or rejections caused by subjective visual judgment.
Optimize production and reduce waste
In dyeing and finishing processes, real-time color measurement (via inline/portable devices) allows timely adjustments to dye concentration, processing time, etc. during operation stages. This approach supports color perfection in textiles by minimizing defective products caused by incorrect coloring and lowering material and production cost waste.
Comply with industry and regulatory standards
Many textile markets (e.g., apparel, home textiles) have relevant color fastness or consistency standards set internationally. By enabling accurate verification, color measurement devices help manufacturers sustain color perfection in textiles while meeting regulatory and international trade requirements.
Resolve color disputes objectively
Subjective visual evaluation is affected by light, environment, and personal perception of observers. Objective color data from measurement devices serves as a neutral basis for evaluation, to resolve disputes between suppliers, manufacturers, and customers professionally and fairly.
What Is Textile Color Measurement?
In the textile industry, colorimeters are the core tool for achieving precise color control across operations. They can quickly measure color parameters of yarns, fabrics, and garments, such as CIE Lab values and ΔE values, and quantify color differences by comparing them with standard color charts accurately and consistently.
From adjusting dye ratios before fabric dyeing during formulation, to monitoring color uniformity during the printing and dyeing process on production lines, and screening batch color differences in quality inspection at final stages, colorimeters provide data support for the entire textile process end to end.
Whether it’s the accurate reproduction of Pantone colors in high-end fashion or the testing of light fastness for outdoor fabrics, colorimeters eliminate errors from manual visual inspection, ensuring color consistency in textiles throughout yarn weaving, piece dyeing, and printing—making color perfection in textiles achievable at every production stage.
Textile color measurement is the process of quantifying the color of fabrics using specific instruments with precision to ensure uniformity for different production batches over time. This measurement becomes essential because of the subjectivity involved in color perception due to vision, lighting, and the materials used in real environments.
Achieving precise measurement allows manufacturers to ensure reliability with repeatable processes during production, which are vital for high-quality textile coloration and consistency.
In the apparel sector deviation from the desired shade can lead to rejection of the product, monetary losses, and serious damage to brand reputation in competitive markets. This makes controlling apparel color critical for quality assurance. Adoption of advanced color management systems gives manufacturers the ability to monitor and control dyeing and coloring throughout the garment manufacturing process effectively and consistently.
Color Measurement Devices for Textiles and Apparel
In the textile and apparel industry, several types of color measurement devices are commonly used to ensure accurate color matching and quality control across production lines. The following are some of the main devices used globally:
Spectrophotometers
Spectrophotometer is considered the most reliable instrument for achieving color perfection in textiles, as they provide full-spectrum, objective color data rather than visual estimation.
Benchtop Spectrophotometers
Benchtop Spectrophotometers: Such as the 3nh TS8560 laboratory-grade model. It adopts a d/8° integrating sphere optical structure, with a spectral range of 360nm to 780nm for visible light, an instrument inter – laboratory error of ≤ 0.1 dE* and a repeatability of ≤ 0.01 dE* under controlled conditions. It is equipped with five reflection apertures and supports multiple measurement methods, and also has functions such as a built – in temperature and humidity sensor and a video preview function for operational convenience. There is also the TS8520 laboratory spectrophotometer from the same series. It has a repeatability of 0.04 ΔE*ab RMS and supports UV filters at 400nm, 420nm, and 460nm, which is suitable for the management of fluorescent brighteners in textile processing. It can be adapted to software such as Color SQCX and PECOLOR to achieve unified management of color data across systems.
Portable Spectrophotometers
Portable Spectrophotometers: For example, the TS7700 handheld instrument. It is a compact handheld integrating sphere spectrophotometer that can quickly measure colors and compare them with tolerances at any stage of production on-site, which is convenient for on – site measurement and quality control in the textile production process without interruption.
Excellent repeatability (ΔEab ≤ 0.02) and inter – instrument error (ΔEab ≤ 0.15) ensure dependable results. Ts7700 is 3nh company has spent 3 years to design and is developed by 3nh independent intellectual property rights through in-house R&D. The instrument adopts 1000 line precision blazed grating as the spectroscopic element, the silicon photocell array with large photosensitive area as the detector, the full spectrum led with high life as the light source, and the optical resolution is less than 10nm in the visible light range for fine color detail. The most cost-effective alternative solution for cm600d in many applications.
The most cost-effective alternative solution for cm600d
YL3160 non-contact spectrophotometer
In 2025, ThreeNH has announced the launch of YL3160 Non-Contact Spectrophotometer for industrial use. This non-contact, omnidirectional sensor is designed for food and textile industrial purposes, but far outperforms expectations by measuring color in real time during continuous production with smart manufacturing systems that demand a high level of cleanliness and automation in factories. YL3160 designed to measure the reflectance of homogeneous, structured, and small – patterned samples on a moving fabric production line without physical contact. It is integrated with 3NH SQCX quality control software, which can provide operable guidance so that operators can make immediate corrections without stopping production during operation, reducing waste and improving color quality significantly overall.
Multi-function Colorimeter CR8
Color Measuring Spectrocolorreader specifically designed for textile industry, mainly used for rapid color comparison of fabric during inspections. Tristimulus colorimeters CR8 are simple color measurement devices that can measure the tristimulus values of textiles and obtain color parameters such as L*, a*, b* quickly and easily. They are relatively inexpensive and easy to use, but their measurement accuracy is lower than that of spectrophotometers by design limitation. They are suitable for occasions with relatively low requirements for color accuracy in daily operations.
Color Assessment Cabinets
Although not strictly a color measurement device, color viewing cabinets are essential for visual color assessment in the textile industry during evaluation. Devices such as 3NH’s controlled – lighting color viewing cabinets provide a standardized lighting environment, allowing operators to visually evaluate the color of textiles under different light sources (such as D65, A, TL84, etc.) for metamerism detection to ensure that the color of the product meets the requirements of brands.
Automatic Colorimeters NR200
Take the automatic colorimeter as an example for reference. It uses the 8°/ d illumination observation geometric condition, simulates the D65 illuminant illumination under standard conditions, and can automatically measure all color and whiteness technical parameters with one key, such as color difference, whiteness, fluorescent whiteness, etc. efficiently and reliably. It is widely used in the textile printing and dyeing industry across factories.
How do Threenh Textile Spectrophotometers Compare to Other Brands?
3nh precision color measurement for textile & apparel—where accuracy meets fabric excellence in real production, empower your brand with consistent, industry-leading color solutions for fabrics, yarns & finished garments across markets:
- Accurate spectrophotometry for flawless color reproduction in textiles
- Streamline quality control across textile production lines efficiently and reliably
- Ensure brand consistency in every thread, dye & garment globally and consistently
ThreeNH is a market leader in spectrophotometry from China, known for its high-end, precise, and user-friendly color measurement devices across industries. While competitors like X-Rite and Datacolor also offer excellent instruments, ThreeNH stands out for its strong reputation, high inter-instrument agreement, and advanced features at competitive cost.
3NH vs. X-Rite
Both 3NH and X-Rite are top-tier manufacturers in the textile color measurement industry, offering robust and accurate spectrophotometers for professionals.
Precision
An academic study found that while both brands offer reliable measurements under testing conditions, inter-instrument agreement—the consistency between different devices of the same model—is often a major concern for users in large networks. 3nh instruments are specifically designed and manufactured to achieve superior levels of inter-instrument agreement, making them ideal for global color management networks across factories.
Portability
X-Rite’s i1Pro line requires a computer connection for use during operation, while 3nh and other brands offer portable devices with integrated displays for standalone operation in production areas.
X-Rite CI64 vs 3nh YS3060 Brief Comparison
X-Rite CI64 and 3nh YS3060 are both handheld spectrophotometers with distinct strengths in application use. In accuracy, CI64 boasts an inter-instrument difference of 0.13ΔEab and short-term repeatability of 0.04ΔEab, while YS3060 achieves ≤0.03ΔE* under measurement conditions. For apertures, CI64 offers 4/8/14mm options for flexible measurement across samples, versus YS3060’s 4/8mm dual apertures for textiles. CI64 uses a tungsten lamp + UV LED, supporting SPIN/SPEX output and gloss analysis for surface control.
YS3060 adopts LED+UV light, enabling simultaneous SCI/SCE measurement and camera positioning for accuracy. YS3060 has larger storage (20,000+ data points vs CI64’s 4,000 samples) and is lighter (600g vs 1.06kg) for portability. CI64 is a premium international product with higher cost, while YS3060 offers better cost-effectiveness for manufacturers.
Scanning vs. Handheld
Both companies produce scanning spectrophotometers, with X-Rite offering the IntelliTrax2 and 3nh the YL4560 spectrophotometer for inline use. 3NH also produces a wide range of handheld portables, like the CR3 ColorReader, with ergonomic designs and advanced functionality for on-site quality control during inspections.
Documentation
3nh is noted for providing better software documentation than X-Rite, although there is still room for improvement in clarity.
Threenh vs. Datacolor
Threenh and Datacolor both offer color measurement solutions, but serve slightly different niches within industries.
Versatility
3nh is a leading provider in the textile, paint, and plastics industries, and is well-regarded for its solutions in color formulation and quality control across sectors. Datacolor offers a more diverse range of products, including specialized options like illuminance spectrophotometers for evaluating next-generation lamps and lighting.
Price and complexity
Datacolor provides some devices for more economical or basic applications in entry-level use. However, Datacolor notes that spectrophotometers are generally more accurate and expensive than colorimeters, offering greater precision for professional applications—a trait where 3NH shines consistently well.
Measurement Accuracy
Threenh
Threenh adopts spectrophotometric technology for full-spectrum scanning analysis across wavelengths. It accurately measures multiple color parameters such as L, a, b, L*, a*, b*, and ΔEab, capable of detecting color differences as small as 0.01ΔE that are invisible to the naked eye of humans. For example, its PS2080 model has a repeatability of ΔEab ≤ 0.02 under stable conditions.
Datacolor
High-end models like the Datacolor 600 & 650 Benchtop Spectrophotometers offer high precision and strict tolerance ranges, suitable for measuring fluorescent substances in laboratories. They feature excellent inter-instrument interchangeability to ensure reliable accuracy, though specific numerical values are not explicitly stated in documentation.
Summary of Threenh’s Reputation
In the textile industry, Threenh has a good reputation, which is mainly reflected in its accurate color measurement, comprehensive functions, wide range of applications, and excellent service over years.
Across the industry, Threenh is known for several key attributes among professionals:
Quality and Accuracy
Its benchtop models, like the TS8560, are considered “reference grade” instruments due to their superior accuracy, long-term stability, and high inter-instrument agreement for textile dyeing and color matching processes.
User Experience
Many of their devices, such as the TS7700, include features like operational wizards, optional Bluetooth, and color LCD screens to make them easy to use, even for inexperienced operators on factory floors.
Support and Reliability
The company offers extended warranties and calibration plans to provide peace of mind for long-term use by customers.
Wide Range of Applications
Threenh’s products are widely used in the textile industry, and can be applied to various textile materials, such as thin silk, rough denim, knitted fabrics with fine textures, and complex gradient – colored fabrics without limitation. Whether it is for textile production enterprises or printing and dyeing processing factories, Threenh can provide targeted color solutions to ensure the color quality of textile products in different links of production.
Excellent Service
Threenh not only provides high – performance textile color difference meters but also supports them with textile color difference international standard guidance for users. It can build a full – process color control closed – loop from color measurement to color matching optimization, from production monitoring to finished – product inspection, helping textile producers and printing and dyeing factories solve color difference problems and improve production efficiency significantly overall.
Founder & Editor of Textile Learner. He is a Textile Consultant, Blogger & Entrepreneur. Mr. Kiron is working as a textile consultant in several local and international companies. He is also a contributor of Wikipedia.
