Portable Colorimeter LPCO-T2015

Introduction

Portable Colorimeter features a humidity range of 0 to 85% for consistent measurements in diverse environmental conditions. It has an blue light source for stable illumination and accuracy. The device is integrated with dual beam technology, improving precision by comparing the sample and reference light at the same time. Our portable colorimeter offers advanced user settings for customization of threshold, color tolerance limit, and alarm alerts.

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

The Portable Colorimeter accurately measures color by analyzing reflected light from a sample. It is utilized in the glass and ceramic industries to monitor color consistency in glass, tiles, ceramics, and other decorative surfaces.

Specifications

Humidity Range	0 to 85 %
Illuminating Geometry	8/d
Measuring Aperture	Φ8mm
Color Spaces	L × a × b × C ×h L× a × b
Color Difference Formula	ΔE × ab ΔL ×a ×b ΔE ×C ×h
Illuminant	D65
Repeatability	Standard Deviation within ΔE × ab 0.08
Error Between Each Equipment	≤ 0.50 ΔE× ab
Storage Capacity	100 Pcs Standard, 20000 Pcs Sample
Operating Environment	-10 to 40°C
Measurement Time Before Charging	3000 times
Power Supply	3.7V at 3200mAh
Dimension	205 × 70 ×100mm
Weight	500g

Features

Automated Report Generation

Flexible Measurement Angles

Adjustable Sample Holders

Large Color Display

Color Matching Function

FAQs

1. How does a Portable Colorimeter handle multiple light sources and their impact on color measurements?

Portable colorimeters are equipped with calibrated light sources like or Xenon and optical filters to simulate standard illuminants such as D65. These models adjust to varying light conditions and use internal algorithms to compensate for fluctuations, ensuring accurate and consistent readings. By standardizing the light source and measuring specific wavelengths, colorimeters minimize discrepancies in color measurement caused by different lighting environments, whether in the field or under controlled conditions. This feature is essential for professionals who need reliable color data in varying work environments, such as in the textile or automotive industries.

2. How do Portable Colorimeter measure and account for color aging and environmental factors?

advanced Portable colorimeters are designed to track and account for color aging due to environmental factors like UV exposure, temperature fluctuations, and humidity. Many advanced models feature built-in algorithms that adjust measurements based on environmental conditions, ensuring consistent readings over time. These devices can detect slight color shifts that may occur due to aging or exposure to elements, which is important in industries like packaging, where materials may change color due to light exposure. Additionally, some colorimeters come with long-term stability tests and offer software solutions that track color degradation, making them suitable for industries where color fidelity over time is essential.

3. How do Portable Colorimeters ensure color consistency over large production batches?

It supplies premium Portable colorimeters, maintaining color consistency by frequently calibrating to known standards and offering high repeatability. The devices allow manufacturers to track color measurements across large production batches, providing real-time feedback and adjustments. Advanced models include data storage and export functions, helping to monitor trends and detect color shifts early. This continuous monitoring ensures that color consistency is maintained, particularly in industries like textiles, paints, or packaging. Some devices even allow batch tracking and comparison, ensuring that each new batch aligns perfectly with previous ones. The ability to quickly identify and correct any color deviations.

4. How do Portable Colorimeters improve color accuracy in packaging materials?

Portable Colorimeter have advanced features. In packaging, color consistency is critical for brand recognition and product appeal. Portable colorimeters ensure that the colors used in packaging materials (such as labels, cartons, or bottles) match the intended design specifications. These devices measure the color of the packaging materials and compare it to reference standards like Pantone or specific brand color guidelines. By providing precise measurements, portable colorimeters help manufacturers maintain consistent colors across different production batches. The real-time feedback they provide reduces errors, minimizes waste, and ensures that packaging design remains consistent across various printing processes. This is especially important in industries like food and beverages, cosmetics, and consumer goods.

5. Can Portable Colorimeters detect color shifts caused by environmental factors like humidity or temperature?

Yes, Portable Colorimeters can be equipped with sensors to detect and adjust for color shifts caused by environmental factors such as humidity, temperature, or light exposure. These devices are designed to handle variations in environmental conditions, which can affect how materials appear. For instance, certain dyes and coatings may change color under specific temperature ranges or when exposed to moisture. Some high-end models have built-in compensation mechanisms to ensure that these shifts are accounted for during color measurement. This is particularly useful in industries like automotive, outdoor furniture, or construction, where products are exposed to varying environmental conditions.