ConXport . Ultra Thin Research Model U.V Transilluminator

Get a Price/Quote

ConXport . Ultra Thin Research Model U.V Transilluminator Specification

Accuracy
High Sensitivity for Fluorescent Dye Detection

Display Type
No Digital Display

Control Type
Manual Switch

Glass Type
UV Transparent Acrylic

Temperature Resistance
Up to 60C

Features
Ultra-Thin Design, Uniform UV Illumination, Robust Construction

Power Supply
Standard AC Mains

Shape
Rectangular

Type
Ultra Thin Research Model U.V Transilluminator

Dimension (L*W*H)
Approx. 340 mm x 270 mm x 50 mm

Equipment Type
Laboratory Research Equipment

Equipment Materials
Aluminum and High-Quality Acrylic

Power
30 Watts

Voltage
220V AC

Material
Aluminum Alloy & Acrylic

Application
DNA/RNA Visualization, Gel Electrophoresis Analysis

ConXport . Ultra Thin Research Model U.V Transilluminator Trade Information

FOB Port
Delhi

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

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, Asia, Australia, North America, Eastern Europe, Middle East, Central America, South America, Africa

Main Domestic Market
All India

Certifications
ISO,FDA,WHO-GMP,CE

About ConXport . Ultra Thin Research Model U.V Transilluminator

Product Specification

Wavelength	302 nm
No. of Tubes	4
Wattage	8 Watts
Detection limit	0.01 gm of stained DNA.
View area	150x80 mm
Filter	Quartz UV filter
UV Protection Shield	Yes

Product Description

Ultra Thin Research Model U.VTransilluminatoris Very small Portable, very accurate for research work.And It has Aluminum pressure die casted body furnished in Pink powder coating.

Ultra-Thin Ergonomic Design

With its low-profile rectangular form and ultra-thin construction, this transilluminator is engineered for enhanced comfort and ease of use during extended laboratory sessions. Compact dimensions (340 mm x 270 mm x 50 mm) make it suitable for tight workspaces while maintaining robust stability. The thoughtful design supports improved viewing angles and better workflow efficiency.

Powerful UV Technology for Gel Analysis

The transilluminator employs high-quality, long-life UV tubes emitting at 312 nm, ideal for visualizing nucleic acids stained with fluorescent dyes. The UV filter plate ensures efficient illumination for accurate and sensitive analysis, while the transparent acrylic working surface enables clear observation of gels. Passive heat dissipation keeps the instrument cool, even during prolonged use.

User Safety and Reliable Performance

A UV blocking acrylic lid is integrated to offer maximum protection, minimizing users exposure to UV light. The manual switch provides straightforward control, and the absence of a digital display simplifies operation for routine laboratory tasks. Built to withstand temperatures up to 60C, the instrument provides dependable performance for everyday research needs.

FAQs of ConXport . Ultra Thin Research Model U.V Transilluminator:

Q: How does the ConXport Ultra Thin UV Transilluminator ensure user safety during operation?

A: User safety is achieved through a UV blocking acrylic lid, which minimizes accidental exposure to UV radiation while users observe gels. The manual switch further allows quick power-off to prevent unnecessary UV exposure.

Q: What is the main application of this transilluminator in research laboratories?

A: This ultra-thin model is primarily utilized for DNA and RNA visualization in molecular biology and proteomics. It is well-suited for gel electrophoresis analysis using various fluorescent dyes, providing high sensitivity and uniform illumination.

Q: When should laboratories choose this ultra-thin UV transilluminator over traditional models?

A: Laboratories should select this model when space efficiency, ergonomic low-profile design, and ultra-thin construction are essential. Its lightweight build and compact footprint make it ideal for crowded research environments or mobile workstations.

Q: Where can the ConXport Ultra Thin Model be installed in laboratory settings?

A: Designed for bench-top installation, it fits conveniently on standard lab benches. Its dimensions and weight allow easy relocation between workstations, supporting flexible laboratory workflows.

Q: What materials contribute to the robust construction and temperature resistance of the unit?

A: The equipment is built using high-quality aluminum alloy and UV transparent acrylic. These materials ensure durability, chemical resistance, and safe operation at temperatures up to 60C.

Q: How does the passive cooling system support continuous operation?

A: Passive heat dissipation maintains a stable operating temperature during extended usage, reducing the risk of overheating and enhancing lamp longevity without the need for noisy fans or additional cooling devices.

Q: What are the benefits of the ultra-thin design for daily laboratory research?

A: The ultra-thin profile provides a comfortable working height for users, promotes ergonomic gel visualization, and allows for efficient use of bench space. It enhances workflow by combining durability, portability, and reliable UV performance.

Tell us about your requirement