ConXport College Model UV Transilluminator

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ConXport College Model UV Transilluminator Specification

Glass Type
UV Transparent Filter Glass

Control Type
On/Off Rocker Switch

Display Type
No Digital Display

Power Supply
230V 50/60Hz

Features
Compact design, Uniform UV illumination, Hinged UV shield, Easy sample viewing

Accuracy
High Sensitivity for Nucleic Acid Staining

Temperature Resistance
Up to 45C

Shape
Rectangular

Type
College Model UV Transilluminator

Dimension (L*W*H)
340 x 295 x 125 mm

Equipment Type
Laboratory UV Transilluminator

Equipment Materials
Mild Steel, Powder Coated

Power
230 V AC, 50/60 Hz

Voltage
230 V

Material
Mild Steel Sheet

Application
For visualization of DNA/RNA in gels stained with fluorescent dyes

ConXport College Model UV Transilluminator Trade Information

FOB Port
Delhi

Payment Terms
Letter of Credit (L/C), Telegraphic Transfer (T/T), Paypal

Supply Ability
15 Per Week

Delivery Time
6-7 Days

Sample Available
Yes

Sample Policy
If order is confirmed we will reimburse the sample cost

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

Main Domestic Market
All India

Certifications
ISO,CE,FDA,WHO-GMP

About ConXport College Model UV Transilluminator

Product Specification

Usage/Application	University,College,Research Institutions
Brand	ARGLabs
Material	MS

Shape	Square
Operating Voltage	220V
Glass Viewing Window	210 x 210mm
No Of Tubes	8
Country of Origin	Made in India
Wavelength	365nm or 254nm
Wattage	8 Watts
UV Protection Shield	Provided

Product Description

Required in Biotechnology, MolecularBiology applications in University & Research Institutions.

Specification:

Wavelength: 365nm or 254nm
No of UV Tubes: 8 Tubes, Imported
Wattages: 8 Watts
Detection Limit: 200ng
View Size: 210 x 210mm
Body: MS Powder Coated

Uniform and High-Intensity Illumination

The transilluminator uses optimized UV tubes to generate consistent, high-intensity illumination across the entire 200 x 120 mm viewing area. This uniform lighting is essential for accurate gel visualization, ensuring nucleic acid bands are clearly distinguishable during analysis.

Enhanced Safety with Hinged Protective Shield

Equipped with a hinged UV protective screen, this model minimizes user exposure to ultraviolet light. The safety shield is easily adjustable and integral to routine protocols, facilitating safe handling and sample inspection during operation.

Robust, Compact Design for Laboratory Use

Built from mild steel and powder coated for durability, this transilluminator combines compact dimensions (340 x 295 x 125 mm) with a portable, bench-top structure. Its designed to fit efficiently into busy academic labs, while providing reliability and long-term resistance to laboratory conditions.

FAQs of ConXport College Model UV Transilluminator:

Q: How does the ConXport College Model UV Transilluminator enhance DNA and RNA gel visualization?

A: The transilluminator emits uniform, high-intensity UV light at 302 nm, which efficiently illuminates fluorescently stained DNA and RNA in agarose or polyacrylamide gels, enabling clear, sensitive detection and accurate analysis.

Q: What safety features are included to protect users from UV exposure?

A: A hinged UV protective screen is incorporated to shield users from direct UV radiation during sample visualization. This safety shield can be easily maneuvered, maintaining operator safety throughout the process.

Q: When should this transilluminator be used in the lab workflow?

A: It is typically used after electrophoresis, when gels containing stained DNA or RNA need to be visualized and documented by students or researchers for further analysis.

Q: Where should the ConXport College Model Transilluminator be placed within a laboratory?

A: Its bench-top design and compact footprint make it ideal for placement on any stable laboratory workbench, ensuring easy access and convenience for routine gel imaging tasks.

Q: What types of samples are compatible with this UV transilluminator?

A: The equipment supports both agarose and polyacrylamide gels, making it suitable for a broad range of nucleic acid applications, including undergraduate and research laboratories.

Q: How is the transilluminator operated and controlled?

A: Operation is straightforward via a manual on/off rocker switch, without a digital display, streamlining gel viewing for users without the complexity of digital controls.

Q: What benefits does this model offer laboratory users in terms of accuracy and sensitivity?

A: With its optimized UV intensity and high-sensitivity filter glass, the transilluminator provides precise visualization, facilitating accurate assessment of nucleic acid bands and improving the reliability of experimental outcomes.

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