Introduction

Visible Spectrophotometer is a is an easy-to-use instrument that produces precise results with a baseline stability of 0.002A/h. The instrument has a high resolution, a 325 to 1000 nm continuous wavelength range, and a spectral bandwidth of 2 nm. The system includes a backlit LCD screen, on-board data storage for up to 200 data groups, and a large storage compartment for cuvettes with path lengths ranging from 5 to 100mm.

Applications

These are designed for chemical laboratories, bio-chemical laboratories, analytical and medical laboratories, environment protection and Agricultural industries.

Specifications

Optical SystemSingle Beam
Wavelength Range325 to 1000 nm
Spectral Bandwidth4.0nm
Wavelength Accuracy±2nm
Wavelength Repeatability≤1nm
Photometric Range-0.3-3.0A, 0-200%T
Photometric Accuracy±0.003A@0.5A,±0.006A@1.0A,±0.5%T@100%T
Photometric Repeatability≤0.0015A@0.5A,≤0.003A@1.0A,≤0.25%T@100%
Stability≤0.002A/h @500nm
Light SourceTungsten lamp
Stray Light≤0.2%T
Sample Compartment4-position,10 mm
DisplayLCD
OutputUSB & Parallel port
Power80 W
Power Supply110/220VAC, 50/60Hz
Dimension (L × W × H)490 × 360 × 210 mm
Weight12 Kg

Features

Space saving compact design, occupies less bench space.

Integrated user interface, user-friendly operation.

Auto setting wavelength function.

High photometric accuracy.

Robust, dependable and low maintenance.

Wide continuous wavelength range for test flexibility.

Large sample compartment, can accommodate 5 – 100 mm path length.

PC connectivity through USB.

FAQs

1. How does a visible spectrophotometer work?

It passes visible light through a sample, and a detector measures how much light is absorbed or transmitted at different wavelengths.

2. What types of samples can be analyzed with a visible spectrophotometer?

It is commonly used for analyzing colored solutions, biological samples, chemicals, and industrial materials.

3. What is the function of a cuvette in a spectrophotometer?

A cuvette holds the liquid sample, allowing light to pass through for absorbance or transmittance measurements.

4. Can a visible spectrophotometer measure color intensity?

Yes, it is used to quantify the intensity of color in solutions, which is useful in food, pharmaceuticals, and chemical industries.

5. What is Beer-Lambert’s law in spectrophotometry?

Beer-Lambert’s law states that absorbance is directly proportional to the concentration of the absorbing substance and the path length of light.

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