Spectral Colorimeter LCS-T2011

Introduction

Spectral Colorimeter offers viewing angles of 2° and 10° for accurate color analysis under standard observer conditions. It features adjustable measurement modes to accommodate various sample shapes and sizes. The device has an integrated white calibration plate, providing a standard reference for calibration and minimizing errors. Our spectral colorimeter has software for managing data and performing detailed analysis.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Spectral Colorimeter uses precise optical sensors to capture color data and create spectral profiles for accurate analysis. It is utilized in food and cosmetic industry for maintaining color quality in beverages, sauce, makeup and skincare products.

Specifications

Optical Geometry	D/8
Sphere Size	Φ40 mm
Wavelength Range	400 to 700 nm
Measuring Aperture	Two Aperture: : Φ8mm / Φ10mm
Color Spaces	, , Yxy, LCh, , S–, Hunter Lab, βxy, Lab 99
Color Difference Formula	ΔE × ab ΔE × uv, ΔE × 94, ΔE × cmc (2:1), ΔE ×cmc (1:1), ΔE × 00, ΔE99, ΔE(Hunter)
Other Indices	WI ( E313, /, , Hunter), YI ( D1925, 313)
Illuminants	D 65, A, C, D50, D55, D75, F1, F2 (), F3, F4, F5, F6, F7 (), F8, F9, F10 (), F11(TL84) F12 (TL83/ U30), , ID50, ID65
Viewing Angle	2°/10°
Measurement Time	1 s
Repeatability	Chromaticity Value: /, within ΔE × ab 0.035 Spectral Reflectance: /, Standard Deviation within 0.1% (400 to 700nm: within 0.2%)
Inter- Instrument Error	/, within ΔE × ab 0.35
Displayed Accuracy	0.01
Reflectance Range	0 to 200%
Reflectance Resolution	0.01%
Measurement Mode	2 to 99 times
Storage Capacity	500 Pcs Standard, 5000 Pcs Sample
Operating Temperature	0 to 40°C, 0 to 85% RH, Altitude<2000m
Storage Temperature	-20 to 50°C, 0 to 85% RH
Power Consumption	3.7 V, 5000mAh
Dimensions (L× W× H)	94 × 68 × 188 mm
Weight	410g

Features

Polarization Reflection Filter

Color Matching Prediction

Sample Memory Storage

3D Texture Recognition

Enhanced white/yellow index

FAQs

1. What are the advantages of using a Spectral colorimeter in quality control?

spectral colorimeter are widely used in quality control providing significant advantages in accuracy, repeatability, and traceability. These instruments allow for objective, data-driven evaluation of color, eliminating subjectivity that can arise from visual assessments. The high spectral resolution enables detection of minute color shifts, helping manufacturers maintain consistency across batches and reduce waste. In industries where brand color integrity is vital, such as cosmetics, food packaging, or automotive, spectral colorimeters ensure that each product meets strict color tolerances. Integration with quality management software also streamlines documentation and compliance. The instrument's precision minimizes false rejects or passes, improving production efficiency. Overall, spectral colorimeters enhance both color accuracy and operational reliability in quality control.

2. Can a Spectral Colorimeter be used for both reflectance and transmittance measurements?

Yes, many spectral colorimeters are designed to handle both reflectance and transmittance measurements, making them versatile tools for various materials. Reflectance mode is used for opaque surfaces like plastics or textiles, while transmittance mode is suitable for transparent or translucent materials such as films, glass, or liquids. Switching between these modes usually requires specific accessories or optical configurations. Some advanced models offer automatic switching or built-in features to support both functions seamlessly. Accurate transmittance readings depend on proper alignment and controlled light paths. Industries such as packaging, medical devices, and films often require both types of measurements. Before use, it’s essential to confirm that the device model supports dual-mode operation.

3. How do temperature and humidity affect Spectral Colorimeter performance?

It supplies advanced portable colorimeter. Temperature and humidity can influence both the performance of the spectral colorimeter and the color characteristics of the samples being measured. Extreme conditions may affect the stability of the instrument's light source or sensors, leading to drift or inconsistent readings. Additionally, certain materials like textiles, paper, or plastics-can slightly change in appearance depending on moisture content or thermal expansion. instruments are designed to operate within a specified environmental range (e.g., 10–35°C, 20–80% RH), which should be maintained for best results. It’s advisable to allow both the instrument and the sample to acclimate to the testing environment before measurement.

4. How do Spectral Colorimeters help evaluate color stability over time?

Spectral colorimeters are ideal for evaluating color stability by tracking changes in a material’s color over time due to aging, exposure, or environmental factors. Repeated measurements can be taken at defined intervals to detect fading, yellowing, or other shifts. The device quantifies these changes using ?E values and plots them over time to visualize trends. This is especially useful for materials exposed to UV, chemicals, or temperature cycles. Manufacturers use this data to predict product lifespan and make improvements to formulations or coatings. It also helps in comparing accelerated aging results to real-world performance. Accurate tracking with a spectral colorimeter supports product quality, warranty claims, and regulatory compliance. It’s a key tool in both R&D and long-term quality control.

5. Can Spectral Colorimeters detect color shifts due to chemical reactions or curing processes?

Yes, spectral colorimeters are highly effective at detecting color changes caused by chemical reactions, curing, or drying processes. As materials react or cure over time, their optical properties may change, leading to shifts in perceived color. By measuring the sample at various stages-before, during, and after the process-the colorimeter can quantify the exact nature and degree of the shift and spectral data. This helps manufacturers control and optimize processing conditions such as drying time, temperature, or chemical composition. It’s especially useful in coatings, plastics, and inks, where curing affects final appearance. These measurements ensure the final product matches the intended design specification. Trend data also supports process troubleshooting and formulation improvements.