Doble Beam UV Electro-vis Spectometer

Name: Doble Beam UV Electro-vis Spectometer
Brand: CRM Enterprises
Price: 155000 INR
Availability: InStock

Price 155000 INR/ Unit

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MOQ : 1 Unit

Doble Beam UV Electro-vis Spectometer Specification

Model No
LMSPUV1900

Accuracy
+/-0.3% T (Photometric)

Feature
UV Visible Spectrum Analysis

Core Components
Spectrometer, Lamp, Display

Type
Doble Beam UV Electro-vis Spectrometer

Usage
Laboratory Analysis

Double Beam Optics
Yes

Wavelength Range
UV-visible region

Benchtop Design
Compact unit

USB Port
Possible connectivity

Lamp Type
Tungsten Halogen

Wavelength Accuracy
+/-0.3 nm

Spectral Bandwidth
1 nm

Direct Readout
On-panel display

Color Display
Integrated screen

User Interface
Push button

Sample Holder
Integrated

Doble Beam UV Electro-vis Spectometer Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Doble Beam UV Electro-vis Spectometer About

Spotlight the latest in spectrometry with the LMSPUV1900 Doble Beam UV Electro-vis Spectrometer. Pick yours to experience enlightened analysis and commanding performance for laboratory applications. Featuring superb spectral bandwidth of 1 nm and wavelength accuracy of +/-0.3 nm, this compact benchtop unit boasts double beam UV-visible spectrum analysis with an integrated color display and intuitive push button interface. Its tungsten halogen lamp and integrated sample holder deliver reliable results. Benefit from direct readout, easy USB connectivity, and robust construction-a superb choice for labs seeking precision and efficiency.

Extensive Application in Laboratories

The Doble Beam UV Electro-vis Spectrometer LMSPUV1900 is ideally suited for laboratory research, pharmaceutical, chemical, and environmental analysis. Its compact design and integrated sample holder make it perfect for benchtop use in testing labs, educational institutions, and quality control centers. The instrument excels at quantitative and qualitative UV-visible spectrum analysis, delivering reliable data for routine testing and advanced research. Its robust construction ensures longevity and stable performance across diverse surfaces of application in scientific environments.

Export, Delivery, and Secure Transportation Information

This spectrometer is prepared for international markets, with FOB port options across India's major shipping hubs. The main export destinations include Asia, the Middle East, and select regions in Europe and Africa. Secure shipping guarantees safe and timely delivery, while sale prices are tailored for global buyers. Our efficient logistics process ensures customers receive their products promptly with careful packaging for maximum protection, making every transaction seamless from order to delivery.

FAQ's of Doble Beam UV Electro-vis Spectometer:

Q: How does the Doble Beam UV Electro-vis Spectrometer ensure precise analysis?

A: The device achieves superb accuracy with its 1 nm spectral bandwidth and wavelength accuracy of +/-0.3 nm, ensuring reliable and repeatable results for UV-visible spectrum analysis.

Q: What type of samples can be analyzed using this spectrometer?

A: The LMSPUV1900 accommodates a variety of liquid or transparent samples common in pharmaceutical, chemical, and environmental laboratory analyses using its integrated sample holder.

Q: Where is this spectrometer primarily used?

A: This spectrometer sees primary use in laboratories, research institutes, educational colleges, and industry quality control units requiring accurate UV-visible spectrum measurements.

Q: What is the process for connecting external devices for data transfer?

A: Users can easily connect external storage or computing devices via the integrated USB port, which facilitates seamless data export and analysis.

Q: What benefits does the double beam optics design provide?

A: Double beam optics offers enhanced measurement stability and accuracy by continuously compensating for fluctuations in light source intensity and ensuring dependable analytical outcomes.

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