Vilber Lourmat UV-Transilluminator BECXF-26.M V1 Hi/Lo Intensity, Filter 21x26 cm, Tubing 6x8W, Wavelength 312 nm

The Vilber Lourmat UV-Transilluminator BECXF-26.M V1 is designed for high-resolution fluorescence imaging in molecular biology and biochemical applications. Featuring a 312 nm wavelength and Hi/Lo intensity control, it allows precise visualization of DNA, RNA, and protein gels. The large 21x26 cm filter surface and 6x8W UV tubes deliver even illumination for enhanced clarity and consistency.

Key Features:

• Brand: Vilber Lourmat
• Model: BECXF-26.M V1 with adjustable Hi/Lo intensity
• Wavelength: 312 nm for fluorescent imaging
• Filter Size: 21x26 cm for larger gel visualization
• Lighting: 6x8W UV tubes for uniform and powerful illumination
• Application: Ideal for DNA, RNA, and protein gel analysis in research labs

This UV-transilluminator is the ideal solution for laboratories needing high-performance imaging of fluorescent samples across a broad surface area.

Frequently Asked Questions

1. What is the Vilber Lourmat UV-Transilluminator BECXF-26.M V1 Hi/Lo Intensity, Filter 21x26 cm, Tubing 6x8W, Wavelength 312 nm used for?

It is designed for high-resolution fluorescence imaging in molecular biology and biochemical applications. Featuring a 312 nm wavelength and Hi/Lo intensity control, it allows precise visualization of DNA, RNA, and protein gels. The large 21x26 cm filter surface and 6x8W UV tubes deliver even illumination for enhanced clarity and consistency.

2. Is the Vilber Lourmat UV-Transilluminator BECXF-26.M V1 Hi/Lo Intensity, Filter 21x26 cm, Tubing 6x8W, Wavelength 312 nm suitable for DNA, RNA, and protein gel analysis in research labs?

Yes. It is designed for DNA, RNA, and protein gel analysis in research labs, and offers a wavelength of 312 nm for fluorescent imaging and a filter size of 21x26 cm for larger gel visualization to support this kind of work.

3. What wavelength and filter size does the Vilber Lourmat UV-Transilluminator BECXF-26.M V1 Hi/Lo Intensity, Filter 21x26 cm, Tubing 6x8W, Wavelength 312 nm have?

It has a wavelength of 312 nm for fluorescent imaging, a filter size of 21x26 cm for larger gel visualization and a lighting of 6x8W UV tubes for uniform and powerful illumination, and is supplied under manufacturer part number 2131 2602 1.

4. What features does the Vilber Lourmat UV-Transilluminator BECXF-26.M V1 Hi/Lo Intensity, Filter 21x26 cm, Tubing 6x8W, Wavelength 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 BECXF-26.M V1 Hi/Lo Intensity, Filter 21x26 cm, Tubing 6x8W, Wavelength 312 nm compare with the Motic Microscope BA410E Trinocular Fluorescence from Motic?

The Vilber Lourmat UV-Transilluminator BECXF-26.M V1 Hi/Lo Intensity, Filter 21x26 cm, Tubing 6x8W, Wavelength 312 nm is a strong choice when filter size of 21x26 cm for larger gel visualization matches the workflow. The Motic Microscope BA410E Trinocular Fluorescence is an alternative offering illumination of Halogen 12V/50W, so the preferred option depends on the required specification and compatibility.