Microprocessor Spectrophotometer (Scanning Based)

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Microprocessor Spectrophotometer (Scanning Based)

Name: Microprocessor Spectrophotometer (Scanning Based)
Brand: LABCARE INSTRUMENTS & INTERNATIONAL SERVICES
Price: 80000.0 INR
Availability: InStock

Price 80000.0 INR/ Unit

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MOQ : 1 Unit

Microprocessor Spectrophotometer (Scanning Based) Specification

Voltage
220 V

Temperature Range
15C to 35C (Ambient)

Measurement Range
190-1100 nm (Wavelength)

Automation Grade
Semi-Automatic

Accuracy
0.005 Abs (0-0.5 Abs)

Capacity
Single Beam, 4 Sample Holders

Core Components
Microprocessor, Photometric System, Tungsten Halogen Lamp

Model No
LT 41

Frequency
50 Hz

Power Source
Electric, AC Mains

Feature
Spectrum Scanning, Photometric, & Quantitative Analysis

Equipment Materials
ABS Molded Housing

Type
Scanning Based, Microprocessor Controlled

Usage
Quantitative Analysis, Wavelength Scan, Absorbance Measurements

Display Type
LCD Graphical

Dimension (L*W*H)
420 x 320 x 200 mm

Weight
Approx 8 Kg

Scan Speed
Fast, Medium, Slow (3 rates selectable)

Base Line Flatness
0.002 Abs (200-1000 nm)

Operating System Compatibility
Windows Platform

Cuvette Holder
4-Position Automatic Sample Holder

Wavelength Repeatability
0.2 nm

Spectral Bandwidth
2 nm

Optional Accessories
PC Software, Quartz Cuvettes, Dust Cover

Photometric Range
-0.3 - 3.0 Abs

Photometric Accuracy
0.5% T or 0.003 Abs (0-0.5 Abs)

Data Output Port
USB and Printer Port

Wavelength Range
190-1100 nm

Stray Light
0.05% T at 220, 340 nm

Detector
Photodiode

Wavelength Accuracy
0.3 nm

Sample Volume
> 0.5 ml

Photometric Repeatability
0.2% T

Light Source
Tungsten Halogen Lamp & Deuterium Lamp

About Microprocessor Spectrophotometer (Scanning Based)

MICROPROCESSOR SPECTROPHOTOMETER SCANNING BASED

The Microprocessor Spectrophotometer Scanning Based is a high performance analytical instrument designed for precise measurement of absorbance, transmittance, and concentration over the ultraviolet and visible spectrum. Equipped with advanced microprocessor control and scanning technology, it provides accurate spectral analysis, excellent wavelength precision, and reliable performance for research, quality control, pharmaceutical, chemical, and educational laboratory applications.

FEATURES

Advanced microprocessor control

Scanning based measurement system

High wavelength accuracy

Excellent photometric precision

Digital display with user friendly interface

Fast spectral scanning capability

Multiple analytical modes

Data storage and transfer support

Stable and reliable performance

Compact and durable construction

APPLICATIONS

Research laboratories

Universities and educational institutions

Pharmaceutical laboratories

Chemical industries

Environmental testing laboratories

Food and beverage analysis

Clinical laboratories

Quality control laboratories

BENEFITS

Accurate and repeatable measurements

Rapid spectral analysis

Easy operation and maintenance

Reliable long term performance

Suitable for routine and advanced laboratory applications

High efficiency analytical testing

Advanced Scanning and Measurement Capability

Engineered for versatility, the Microprocessor Spectrophotometer covers extensive wavelength scanning (190-1100 nm) and supports fast, medium, and slow rates, streamlining a broad spectrum of analytical needs. Its semi-automatic operation, combined with easy software integration, ensures efficiency in absorbance, photometric, and quantitative analyses.

Designed for Reliable Analytical Performance

With high wavelength accuracy (0.3 nm) and stability, this spectrophotometer provides precise data for research, education, and industrial applications. The inclusion of tungsten halogen and deuterium lamps, along with precise photodiode detection, delivers consistent and reliable absorbance measurements across the UV-Visible spectrum.

User-Friendly Features and Robust Build

The model boasts an LCD graphical display, automatic cuvette positioning, and an ergonomic design with ABS molded housing. It supports PC connectivity via USB, facilitating easy data transfer and report generation. Its compact build and lightweight (approx. 8 kg) make it suitable for most laboratory setups.

FAQ's of Microprocessor Spectrophotometer (Scanning Based):

Q: How can I perform wavelength scanning with this spectrophotometer?

A: You can initiate wavelength scanning by selecting your desired scan range (190-1100 nm) and scan speed (fast, medium, or slow) from the device interface or PC software. The automatic sample holder facilitates quick sample exchanges for efficient workflow.

Q: What are the main benefits of a scanning-based microprocessor spectrophotometer?

A: A scanning-based spectrophotometer provides detailed spectral information, high accuracy, repeatability, and flexible measurement options. It enables precise quantitative analysis and easy data management through its USB and printer ports, making it ideal for research and quality control.

Q: When should I use the deuterium lamp versus the tungsten halogen lamp?

A: Use the deuterium lamp for UV measurements (typically 190-350 nm) and switch to the tungsten halogen lamp for the visible spectrum (above 350 nm). The system handles switching automatically based on your selected wavelength range.

Q: Where can this spectrophotometer be installed and operated?

A: This spectrophotometer is suitable for controlled laboratory environments and research facilities. It should be used at ambient temperatures between 15C and 35C and situated on a stable lab bench to ensure accuracy and stability during operation.

Q: What process is involved in setting up the instrument for quantitative analysis?

A: To perform quantitative analysis, place samples in the provided quartz cuvettes, use the automatic sample holder for positioning, select the desired method using the LCD display or PC software, and follow on-screen prompts for calibration and measurement. Results can be saved or printed directly.

Q: How much sample volume is required for measurement?

A: A minimum sample volume of more than 0.5 ml is recommended to ensure accurate absorbance readings within the cuvette and optimal signal detection.

Q: What optional accessories are available for this model?

A: Optional accessories include PC software for enhanced data analysis, additional quartz cuvettes, and a dust cover. These enhance the instrument's usability and help protect it during periods of non-use.

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