Vilber Lourmat UV-Transilluminator BTCP-26.LM V1 Dual Wavelength, Filter 21x26 cm, Tubing 5x8W/6x8W, Wavelength 365/312 nm

The Vilber Lourmat UV-Transilluminator BTCP-26.LM V1 features dual wavelength technology (365 nm and 312 nm) for versatile fluorescent sample analysis. With a large 21x26 cm filter area and dual UV tube setup (5x8W and 6x8W), this unit ensures high-quality illumination and flexible imaging. Ideal for DNA, RNA, and protein visualization in various molecular biology workflows.

Key Features:

• Brand: Vilber Lourmat
• Model: BTCP-26.LM V1 with dual wavelength: 365 nm and 312 nm
• Filter Size: 21x26 cm for large format gel imaging
• Lighting: 5x8W and 6x8W UV tubes for even and efficient illumination
• Application: Ideal for fluorescent visualization of DNA, RNA, and proteins

This dual-wavelength UV-transilluminator is a powerful solution for research labs needing flexibility and precision in fluorescence-based analysis.

Frequently Asked Questions

1. What is the Vilber Lourmat UV-Transilluminator BTCP-26.LM V1 Dual Wavelength, Filter 21x26 cm, Tubing 5x8W/6x8W, Wavelength 365/312 nm used for?

It features dual wavelength technology (365 nm and 312 nm) for versatile fluorescent sample analysis. With a large 21x26 cm filter area and dual UV tube setup (5x8W and 6x8W), this unit ensures high-quality illumination and flexible imaging. Ideal for DNA, RNA, and protein visualization in various molecular biology workflows.

2. Is the Vilber Lourmat UV-Transilluminator BTCP-26.LM V1 Dual Wavelength, Filter 21x26 cm, Tubing 5x8W/6x8W, Wavelength 365/312 nm suitable for fluorescent visualization of DNA, RNA, and proteins?

Yes. It is designed for fluorescent visualization of DNA, RNA, and proteins, and offers a filter size of 21x26 cm for large format gel imaging and a lighting of 5x8W and 6x8W UV tubes for even and efficient illumination to support this kind of work.

3. What filter size and lighting does the Vilber Lourmat UV-Transilluminator BTCP-26.LM V1 Dual Wavelength, Filter 21x26 cm, Tubing 5x8W/6x8W, Wavelength 365/312 nm have?

It has a filter size of 21x26 cm for large format gel imaging and a lighting of 5x8W and 6x8W UV tubes for even and efficient illumination, and is supplied under manufacturer part number 2161 2606 1.

4. What features does the Vilber Lourmat UV-Transilluminator BTCP-26.LM V1 Dual Wavelength, Filter 21x26 cm, Tubing 5x8W/6x8W, Wavelength 365/312 nm offer?

It offers compact design, metal housing, with stainless steel filter frame and "long life" filter, modern technology, highest quality manufacture and single or dual wavelength models available.

5. How does the Vilber Lourmat UV-Transilluminator BTCP-26.LM V1 Dual Wavelength, Filter 21x26 cm, Tubing 5x8W/6x8W, Wavelength 365/312 nm compare with the Thistle Scientific UV to Blue Light Converter 25 x 30 cm, Suitable for DNA Safe Dyes from Thistle Scientific?

The Vilber Lourmat UV-Transilluminator BTCP-26.LM V1 Dual Wavelength, Filter 21x26 cm, Tubing 5x8W/6x8W, Wavelength 365/312 nm is a strong choice when filter size of 21x26 cm for large format gel imaging matches the workflow. The Thistle Scientific UV to Blue Light Converter 25 x 30 cm, Suitable for DNA Safe Dyes is an alternative offering size of 25 x 30 cm for a wide area of gel visualization, so the preferred option depends on the required specification and compatibility.