Spectrodensitometer LDTR-T2010

Introduction

Spectrodensitometer supports touchscreen for enhanced user interaction. The spectrodensitometer features a 45/0 geometric optical structure, ensuring accurate T, E, and A density measurements. Additionally, it has two standard observer angles and a variety of light source modes. Our spectrodensitometer is suitable for process control and quality control in printing industries, and more.

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

Applications

Our Spectrodensitometer is used for precise color and density measurements in industries like printing, textiles, coatings, and leather. It ensures quality control in color matching, ink formulation, and material consistency.

Specifications

Display Mode	Lab*, ,
Color Difference Formula	△E*ab
Measuring Range	L: 10 to 100
Repeatability	△E less than 0.08 (average of deviations from 30 measurements of the whiteboard)
Measurement Condition	10 standard observer
Sensor	Photodiode Array
Internal Light Source	blue light excitation
Standardize Light Source	D65
Lighting Condition	recommended method 8°/d
Measuring Interval	More than 1 second
Monitor	True Color 2.8 inch (16:9)
Interface	Type B-, Baud rate 19200bps
Lamp Life	More than 1.6 million measurements over 5 years
Storage Temperature Range	-20℃ to 50℃
Operating Temperature Range	0℃ to 40℃
Humidity Range	Below 85%, No condensation

Features

Photodiode array sensor

Multiple selectable aperture size

/ Bluetooth 2.0 dual communication mode

Dirt-resistant and stable standard white board

PC software compatibility

Long-lasting performance

User-friendly interface

FAQs

1. What is the primary function of the Spectrodensitometer?

Spectrodensitometer is a high-precision optical instrument designed to measure color, density, and chromatic properties of various materials. It is primarily used in industries such as printing, textiles, coatings, and leather to ensure quality control. The Spectrodensitometer analyzes color consistency, ink density, and material properties to help manufacturers achieve accurate color reproduction and maintain industry standards.

2. What types of color models does this Spectrodensitometer support?

Spectrodensitometer supports multiple color models to accommodate different measurement requirements. It includes Lab*, which is widely used for color differentiation, for standard color representation, and for digital color matching. These color spaces help users analyze and compare colors accurately, making it suitable for industries requiring precise color matching and calibration.

3. Can the Spectrodensitometer measure fluorescent materials?

Yes, the Spectrodensitometer is capable of measuring fluorescent materials. It features a UV light excitation function, which enables the detection and evaluation of fluorescent pigments, coatings, and textiles. This feature is particularly useful in industries such as security printing, where fluorescent inks are used, as well as textile and coating applications where optical brighteners are added for enhanced visual effects.

4. What are the available aperture sizes for measurement?

Spectrodensitometer provides users with multiple aperture size options, allowing flexibility in measuring different sample sizes. Users can select from various aperture diameters (?2/4/8/20 mm) to suit their specific material requirements. This adaptability makes it ideal for measuring both large and small samples, ensuring comprehensive color analysis across different applications.

5. What connectivity options does the Spectrodensitometer support?

Spectrodensitometer comes with multiple connectivity options to facilitate data transfer and device integration. It features a port for connecting to computers, allowing users to store and analyze measurement data. Additionally, it supports communication with a baud rate of 19200 bps, enabling direct integration with industrial systems and external software for advanced color analysis and quality control.