Microprocessor Photo Colorimeter

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MOQ : 10 Units

Microprocessor Photo Colorimeter Specification

Power Supply
Electric

Usage
For Laboratory

Voltage
220 Volt (v)

Power Consumption
15W (typical)

Product Type
Colorimeter

Material
ABS Plastic Body

Size
Compact / Desktop

Style
Portable / Benchtop

Weight
Approx. 3 kg

Feature
Microprocessor Based, Large LCD Display, High Accuracy, Stable and Repeatable Results

Color
White

Detector
Photocell Detector

Wavelength Range
400 nm 700 nm

Light Source
Tungsten Lamp

Wavelength Accuracy
2 nm

Measurement Modes
%T (Transmittance), Absorbance, Concentration

Accessories Supplied
Dust Cover, Operating Manual, Power Cord, Test Tubes

Display Type
3 Digit LCD Display

Operating Temperature
10C to 40C

Sample Holder
Test Tube (10 mm path length)

Resolution
0.01 OD

Blank Adjustment
0 to 100%

Microprocessor Photo Colorimeter Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
10 Units Per Day

Delivery Time
2-3 Days

Packaging Details
Box

Main Export Market(s)
Western Europe, Australia, North America, Eastern Europe, Central America, Africa, Middle East, South America, Asia

Main Domestic Market
All India

About Microprocessor Photo Colorimeter

Experience the rarefied precision of our Microprocessor Photo Colorimeter, an exclusive addition to any laboratory seeking spectacular results. This portable, benchtop device features a soaring 312 digit LCD display, offering high accuracy and stable, repeatable measurements of transmittance, absorbance, and concentration. Its popular wavelength range spans 400-700 nm, with an ephemeral resolution of 0.01 OD and wavelength accuracy of 2 nm. Housed in a durable, white ABS plastic body, this compact colorimeter is supplied with premium accessories, tailored for laboratories throughout India.

Versatile Laboratory Applications and Method of Use

This microprocessor-based photo colorimeter is widely used in analytical laboratories for quantifying concentration, transmittance, and absorbance in solutions. Suitable for biochemical, clinical, and industrial analytical work, it accommodates standard test tubes and ensures reliable blank adjustment from 0 to 100%. For optimal results, fill the test tube, insert it into the holder, select the desired mode, and record the readings. Its ease of use, high accuracy, and rapid operation make analysis both efficient and reliable.

Secure Packaging and Reliable Domestic Supply

Products are dispatched in robust packaging featuring protective dust covers, secure compartments for included accessories, and clear operating manuals. List price variations may apply according to volume and domestic destinations across India. Efficient freight arrangements ensure prompt delivery and safe handling of each colorimeter. Our supply ability meets high-volume demands, serving laboratories, educational institutions, and research facilities through a trusted distribution network nationwide.

FAQ's of Microprocessor Photo Colorimeter:

Q: How does the microprocessor photo colorimeter ensure high accuracy during measurements?

A: The microprocessor-based technology provides stable, repeatable results with a wavelength accuracy of 2 nm and a resolution of 0.01 OD, ensuring precise absorbance and transmittance readings every time.

Q: What applications is the colorimeter most popular for in laboratories?

A: It is extensively used for analyzing concentration, absorbance, and transmittance of solutions in biochemical, clinical, industrial, and research laboratories, owing to its wide wavelength range and consistent performance.

Q: Where should the Microprocessor Photo Colorimeter be ideally operated?

A: The colorimeter is best operated in laboratories at ambient temperatures between 10C and 40C, on a stable, flat benchtop or desktop for optimal results and equipment safety.

Q: What accessories are supplied with the photo colorimeter package?

A: Each unit comes with a dust cover, operating manual, power cord, and test tubes, ensuring you have all essentials required for immediate setup and routine use.

Q: How is blank adjustment performed and why is it important?

A: Blank adjustment is done by placing a reference sample in the holder and calibrating the device from 0% to 100%. This step ensures accurate measurements by negating background absorbance or transmittance.

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