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Benchtop Colorimeter LMCOM-A100

Benchtop Colorimeter LMCOM-A100 covers a wavelength range from 420 to 660 nm. It has a user-friendly interface with a three-digit LED display. Integrates visible light filters for quick color measurement. Our colorimeter features a silicon photodiode that operates at low noise levels. It is economically reliable as it consumes only 1.5ml of reagent and delivers accurate results.

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Specifications

Wavelength Range 420 to 660 nm
Filter 420 nm470 nm 530 nm 620 nm 660 nm
Stability and Reproducibility ± 5 nm
Economy Consumes only 1.5ml of reagent
Detector Silicon Photocell
Photoelectric Range T %: 0 % to 100 %ABS: log T 0-2
Photoelectric Accuracy ± 2 T
Light Source 6 V 0.5 A tungsten lamp
Indicator LED three-digit display
Power Supply 110 V or 220 V AC 10 W
Dimension 280 × 220 × 122 mm
Weight 3 kgs (body only)

Pricing

Product Price Unit Action
Benchtop Colorimeter LMCOM-A100 $ 2062.5 Each of 1

Features

Compact and durable
Includes control knobs for coarse and fine focusing
Equipped with a tungsten lamp as the light source
Improved with lens for resolution of system
Incorporated with heat absorption filters for temperature control
Furnished with an adjustable diaphragm

Applications

Some applications are included in textile industry, medical diagnostics, art and design, chemical analysis and in education sector.

Selection Guide

Benchtop Colorimeter LMCOM-A100 is a versatile and accurate instrument widely used in research laboratories and quality control environments across industries such as pharmaceuticals, food and beverage, water treatment, chemicals, and textiles. It features a wavelength range of 420 to 660 nm with selectable filters (420, 470, 530, 620, 660 nm) and a measuring range of 0 to 500 PCU, ensuring accurate color measurement in various liquid and solid samples. Its high stability and reproducibility (±5 nm) make it suitable for detailed applications like water quality testing, color consistency in formulations, and pigment analysis. Supported by international certifications such as ISO, CE, and ASTM compliance, this model meets rigorous performance and safety standards, making it a trusted choice for professionals requiring reliable and repeatable results.

Benchtop Colorimeter LMCOM-A100 Banner
Benchtop Colorimeter LMCOM-A100 Banner

Similar Products

Benchtop Colorimeter LMCOM-A101

  • Measuring Range: 0 to 500PCU
  • Absorbance Range: -0.3 to 3A
  • Resolution: 0.01 PCU
  • Accuracy: Less than 5%
  • Detector: Silicon Photodiode

$ 2137.5 / Each of 1

Frequently Asked Questions

1 What is a Benchtop Colorimeter?

A Benchtop Colorimeter is an apparatus designed to measure the color characteristics of samples in solid, liquid, or powdered form.

2 How does a Benchtop Colorimeter work?

It works by measuring the amount of light absorbed or reflected by a sample to determine its precise color values.

3 Can Benchtop Colorimeter be used in the food industry?

It is widely used in food industry to ensure consistent color in products like sauces, beverages, snacks, and baked goods.

4 Can Benchtop Colorimeter be used for textile and fabric testing?

It is used in the textile industry to assess fabric color accuracy, dye consistency, and to detect slight color shifts between production lots.

5 Is Benchtop Colorimeter suitable for forensic science labs?

It is used to analyze trace evidence such as dyed fibers, inks, or blood stains, aiding in quantitative color analysis and material comparison.

6 Can Benchtop Colorimeter be used in agriculture or crop science?

It is used to evaluate the color of fruits, vegetables, grains, and soils to assess ripeness, nutrient content, or disease presence.

7 Can Benchtop Colorimeter be used for quantitative analysis in biology?

It is used to measure enzyme activity, protein concentration, or cell density using colorimetric assays like Bradford or Lowry methods.

8 Is Benchtop Colorimeter suitable for pharmaceutical R&D?

It assists in analyzing drug formulations, detecting impurities, and monitoring color stability of medicinal compounds during development.

9 Can Benchtop Colorimeter be used in nanomaterial research?

It is used to detect subtle color changes caused by nanoparticle interactions, aggregation, or dispersion in colloidal solutions.

10 What role does a Benchtop Colorimeter play in environmental science research?

It is used to analyze water, soil, and air samples by measuring contaminants that produce color changes in chemical reactions.