Flame Photometer

Price 1000.0 INR/ Piece

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MOQ : 1 Piece

Flame Photometer Specification

Power Source
ELECTRICAL

Accuracy
100 %

Feature
Highly Efficient

Type
FLAME PHOTOMETER

Usage
Laboratory

Display Type
DIGITAL

About Flame Photometer

FLAME PHOTOMETER

Flame photometers are used to determine concentration of Na, K, and Ca solutions in clinicallab and soil laboratories. These equipment are durable, rugged in construction, reliable andgive 100% accurate test results. Engineered using quality rawmaterial and electroniccomponents our range of Flame Photometers are fabricated in strict compliance with international quality standards.

Flame photometer (to read Na, K, Ca)
With their filter installed with compressor,
Range Na: 0-100 ppm Ca: 20-100 ppm K : 0-100 ppm
Sensitivity Na: 5 ppm, Ca: 10 ppm, K : 5 ppm
Display 2 ½ digit bright LED Display
Accuracy + 2% upto 40 ppm
5% above 40 ppm
Repeatability + 2 Count
Detector Silicon Photodiode
Filters Narrow band interference glass filters
Nebulizer Black bakelite, axial flow type
Flame System LPG and dry oil free air
Warmup time 10 minutes
Power 230V + 10% AC 50 Hz
Size (LxBxH) 355 x 250 x 210 mm
Weight 6.5 kg (Approx.)
all accessories and spare nublizer

Highly Accurate and Efficient Analysis

Our Flame Photometer offers unmatched accuracy, achieving 100% precision in detection and measurement of metal ions in laboratory samples. Thanks to its advanced digital display and highly efficient design, users can trust the results for both routine and demanding analytical tasks.

User-Friendly Digital Operation

Designed for easy electrical operation, the Flame Photometer features an intuitive digital display that simplifies monitoring and data collection. Laboratory professionals benefit from streamlined workflows and minimal training requirements, making this photometer accessible to users of varying expertise levels.

Reliable Manufacturing and Export Quality

As an established exporter, manufacturer, and supplier based in India, we ensure that our Flame Photometers meet global standards. Each unit is meticulously crafted and tested for durability, accuracy, and consistent performance, making them ideal for use in high-volume laboratory environments.

FAQs of Flame Photometer:

Q: How is the Flame Photometer used in laboratory applications?

A: The Flame Photometer is used for detecting and quantifying alkali and alkaline earth metals in fluid samples. It operates by introducing the sample into a flame, where the emission intensity is measured digitally, providing rapid and reliable results for laboratory analysis.

Q: What benefits does the highly efficient Flame Photometer offer?

A: This photometer ensures swift and precise measurements with 100% accuracy. Its highly efficient electrical operation saves time, while the digital display allows for easy monitoring, improving productivity and reducing errors in routine lab workflows.

Q: When should laboratories choose a digital Flame Photometer?

A: Laboratories should opt for a digital Flame Photometer when they require accurate, consistent, and rapid analysis of metal ions. It is particularly beneficial for research, quality control, and industrial labs dealing with large sample volumes.

Q: Where is the Flame Photometer manufactured and supplied from?

A: The Flame Photometer is manufactured, exported, and supplied from India. Our production facilities adhere to stringent quality standards, making our instruments reliable for both domestic and international laboratory settings.

Q: What is the process for operating the Flame Photometer?

A: The operation involves preparing the sample, introducing it into the device, and using the digital controls to initiate analysis. The electrical power source ensures uninterrupted functionality, while the digital display provides clear readings within moments.

Q: How does the 100% accuracy of this instrument benefit laboratory results?

A: 100% accuracy ensures that measurements are precise, leading to consistent and trustworthy data. This reliability supports critical decision-making, reduces the need for retesting, and bolsters the overall quality of laboratory outputs.

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