Labtroniks Atomic Absorption Spectrophotometer (Double Beam)

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Labtroniks Atomic Absorption Spectrophotometer (Double Beam)

Name: Labtroniks Atomic Absorption Spectrophotometer (Double Beam)
Brand: LABCARE INSTRUMENTS & INTERNATIONAL SERVICES
Price: 1250000 INR
Availability: InStock

Price 1250000 INR/ Unit

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MOQ : 1 Unit

Labtroniks Atomic Absorption Spectrophotometer (Double Beam) Specification

Power Source
220V AC

Accuracy
0.5% for absorbance

Temperature Range
Ambient to 45C

Measurement Range
0.0001 to 3.000 Abs

Capacity
1 ppm to 300 ppm (depends on element)

Core Components
Hollow cathode lamp, Deuterium lamp, Burner assembly, Photomultiplier tube

Voltage
220V

Model No
LT-AA201

Frequency
50/60 Hz

Feature
Microprocessor controlled, flame and graphite furnace, RS232/USB interface

Automation Grade
Semi-automatic

Equipment Materials
Powder coated steel frame, corrosion-resistant components

Type
Double Beam Atomic Absorption Spectrophotometer

Usage
Elemental analysis in laboratory and industrial applications

Display Type
Graphical LCD Display

Dimension (L*W*H)
830 x 550 x 480 mm

Weight
Approx. 48 kg

Sample Introduction
Flame and graphite furnace

Calibration
Multi-point Calibration with Curve Fitting

Fuel Gases
Air/Acetylene or Nitrous Oxide/Acetylene

Burner Head
Titanium, 100 mm

Light Source
Hollow Cathode and Deuterium Lamp

Power Consumption
350 VA

Wavelength Accuracy
0.1 nm

Wavelength Range
190 - 900 nm

Wavelength Repeatability
0.05 nm

Background Correction
Deuterium Lamp/Zeeman Effect (optional)

Detector
Photomultiplier Tube

Photometric Range
-0.3 to 3.0 Abs

Operating System Compatibility
Windows-based Software Included

Slit Width
Selectable: 0.2, 0.4, 1.0, 2.0 nm

Lamp Turret Capacity
8 Lamps

Data Interface
USB, RS232C

Safety Features
Flame Failure Protection, Over-temperature Protection

Sensitivity
0.02 g/ml (Cu)

Spray Chamber
Corrosion Resistant Polypropylene

About Labtroniks Atomic Absorption Spectrophotometer (Double Beam)

LT 790 DIGITAL ANALYZER

The LT 790 Digital Analyzer is a compact laboratory testing instrument designed for accurate and reliable sample analysis. It is suitable for laboratories, educational institutes, research centers, and industrial testing applications.

FEATURES:

Digital testing system

Compact tabletop design

Easy operation

Stable performance

Energy-efficient operation

Durable construction

APPLICATIONS:

Laboratory testing

Research laboratories

Educational institutes

Industrial quality testing

Scientific analysis applications

BENEFITS:

Fast and accurate results

User-friendly operation

Compact and durable design

Smooth and efficient performance

Advanced Double Beam Technology

Equipped with a double-beam optical system, the LT-AA201 delivers higher stability and consistency during analysis by simultaneously measuring both sample and reference beams. This results in minimized drift and improved signal accuracy, making it an ideal choice for laboratories that demand reliable and repeatable elemental quantification.

User-Friendly Operation and Software

The spectrophotometer features intuitive Windows-based software for streamlined operation, calibration, and data management. The graphical LCD display offers clear visualization of results, and its semi-automatic controls make setup straightforward, reducing training time for new operators and enhancing workflow efficiency in busy analytical environments.

Enhanced Safety and Durability

Safety is prioritized with built-in flame failure and over-temperature protection systems. Engineered from powder-coated steel and corrosion-resistant components, this instrument is designed to withstand harsh laboratory conditions. With features such as a titanium burner head and robust construction, users are assured dependable performance and extended instrument lifespan.

FAQ's of Labtroniks Atomic Absorption Spectrophotometer (Double Beam):

Q: How does the double-beam system enhance measurement accuracy in the Labtroniks Atomic Absorption Spectrophotometer?

A: The double-beam optical system allows the instrument to measure the sample and reference simultaneously, effectively compensating for fluctuations in lamp intensity and minimizing drift. This leads to more stable absorbance readings and improved accuracy during elemental analysis.

Q: What types of samples can be introduced into the LT-AA201 and through which methods?

A: Samples can be introduced using both flame and graphite furnace techniques, allowing analysis of a wide range of sample types including liquids, biological fluids, and environmental samples. The system's titanium burner enables robust flame atomization, while the graphite furnace is suitable for trace-level detection.

Q: When should I use background correction, and which options are available on this spectrophotometer?

A: Background correction is recommended when analyzing samples with complex matrices or where spectral interferences are expected. The LT-AA201 offers background correction via a deuterium lamp or optional Zeeman effect, ensuring more accurate measurement of the target analyte in the presence of potential interfering substances.

Q: Where is this spectrophotometer typically used and what industries benefit from it?

A: This model is widely used in laboratories and industries such as environmental monitoring, metallurgy, food safety, pharmaceuticals, and chemical analysis. Its robust design caters to both research institutions and quality control settings that require sensitive and high-throughput elemental analysis.

Q: What is the calibration process for the Labtroniks LT-AA201?

A: The instrument employs a multi-point calibration process with curve fitting, allowing users to generate accurate calibration curves for different analytes. The provided Windows-based software guides users through the calibration steps, making the procedure straightforward and ensuring reliable quantification results.

Q: How is data exported from the spectrophotometer for further analysis or record-keeping?

A: Data can be transferred through USB and RS232C interfaces, facilitating easy integration with laboratory information management systems or external computers for further analysis, storage, and reporting.

Q: What are the main benefits of using the Labtroniks Atomic Absorption Spectrophotometer in routine elemental analysis?

A: Key benefits include high sensitivity (0.02 g/ml for Cu), extensive photometric and wavelength ranges, rapid sample introduction, comprehensive safety features, and robust construction. The combination of automation, precision, and user-friendly controls makes the LT-AA201 suitable for demanding and routine analytical tasks.

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