Thistle Scientific UV Transilluminator (365nm, 210x210 mm, 230 V)

The Thistle Scientific UV Transilluminator (365nm, 210x210 mm, 230 V) is designed for efficient visualization of nucleic acids and proteins in molecular biology applications. Operating at a 365 nm wavelength, it provides optimal illumination for detecting fluorescently stained gels. The 210x210 mm filter area accommodates various gel sizes, and the six 8W UV tubes ensure uniform light distribution. Features like the high/low intensity switch and special filter glass minimize background noise, enhancing contrast and sensitivity for accurate analysis.

Key Features:

• Brand: Thistle Scientific
• Wavelength: 365 nm for effective fluorescence detection
• Filter Size: 210x210 mm suitable for multiple gel formats
• UV Tubes: Six 8W tubes for consistent and uniform illumination
• Intensity Control: High/low intensity switch for adjustable brightness
• Filter Glass: Special filter to reduce background light and enhance contrast
• Power Supply: 230 V for stable operation
• Application: Ideal for DNA, RNA, and protein gel visualization in research laboratories

This UV transilluminator is an essential tool for laboratories requiring precise and reliable gel documentation and analysis.

Frequently Asked Questions

1. What is the Thistle Scientific UV Transilluminator (365nm, 210x210 mm, 230 V) used for?

It is designed for efficient visualization of nucleic acids and proteins in molecular biology applications. Operating at a 365 nm wavelength, it provides optimal illumination for detecting fluorescently stained gels. The 210x210 mm filter area accommodates various gel sizes, and the six 8W UV tubes ensure uniform light distribution. Features like the high/low intensity switch and special filter glass minimize background noise, enhancing contrast and sensitivity for accurate analysis.

2. Is the Thistle Scientific UV Transilluminator (365nm, 210x210 mm, 230 V) suitable for DNA, RNA, and protein gel visualization in research laboratories?

Yes. It is designed for DNA, RNA, and protein gel visualization in research laboratories, and offers a wavelength of 365 nm for effective fluorescence detection and a filter size of 210x210 mm suitable for multiple gel formats to support this kind of work.

3. What wavelength and filter size does the Thistle Scientific UV Transilluminator (365nm, 210x210 mm, 230 V) have?

It has a wavelength of 365 nm for effective fluorescence detection, a filter size of 210x210 mm suitable for multiple gel formats and a power supply of 230 V for stable operation, and is supplied under manufacturer part number CSLUVTS365.

4. What UV tubes and intensity control does the Thistle Scientific UV Transilluminator (365nm, 210x210 mm, 230 V) offer?

It offers six 8W tubes for consistent and uniform illumination, high/low intensity switch for adjustable brightness and special filter to reduce background light and enhance contrast.

5. How does the Thistle Scientific UV Transilluminator (365nm, 210x210 mm, 230 V) compare with the Vilber Lourmat Gel Documentation System DOC-PRINT CX3-20.M including Standard Components and UV-Transilluminator 9.971 910 from Vilber?

The Thistle Scientific UV Transilluminator (365nm, 210x210 mm, 230 V) is a strong choice when filter size of 210x210 mm suitable for multiple gel formats matches the workflow. The Vilber Lourmat Gel Documentation System DOC-PRINT CX3-20.M including Standard Components and UV-Transilluminator 9.971 910 is an alternative offering included components of Standard system components with UV-Transilluminator 9.971 910, so the preferred option depends on the required specification and compatibility.