Thistle Scientific MicroDOC Gel Documentation System, with Dual UV Transilluminator 254/312 nm (CSL-MDOCUV254312)

The Thistle Scientific MicroDOC Gel Documentation System, with Dual UV Transilluminator 254/312 nm (CSL-MDOCUV254312) offers powerful and versatile gel imaging in a compact format. Equipped with dual-wavelength UV illumination (254 nm and 312 nm), this system is ideal for visualizing a wide range of nucleic acid and protein gels. Its integrated high-resolution camera and intuitive controls make it suitable for research, teaching, and diagnostic labs needing efficient, high-quality documentation.

Key Features:

• Brand: Thistle Scientific
• Model: CSL-MDOCUV254312
• Imaging: High-resolution camera for detailed gel visualization
• UV Light: Dual-wavelength 254/312 nm UV transilluminator
• Design: Compact and user-friendly system
• Application: Ideal for DNA, RNA, and protein gel documentation
• Packaging: Includes UV system, camera, and imaging software

This dual-UV MicroDOC system enhances flexibility in gel imaging and is perfect for modern laboratories requiring precise and adaptable documentation tools.

Frequently Asked Questions

1. What is the Thistle Scientific MicroDOC Gel Documentation System, with Dual UV Transilluminator 254/312 nm (CSL-MDOCUV254312) used for?

It offers powerful and versatile gel imaging in a compact format. Equipped with dual-wavelength UV illumination (254 nm and 312 nm), this system is ideal for visualizing a wide range of nucleic acid and protein gels. Its integrated high-resolution camera and intuitive controls make it suitable for research, teaching, and diagnostic labs needing efficient, high-quality documentation.

2. Is the Thistle Scientific MicroDOC Gel Documentation System, with Dual UV Transilluminator 254/312 nm (CSL-MDOCUV254312) suitable for DNA, RNA, and protein gel documentation?

Yes. It is designed for DNA, RNA, and protein gel documentation, and offers high-resolution camera for detailed gel visualization and dual-wavelength 254/312 nm UV transilluminator to support this kind of work.

3. What imaging and UV light does the Thistle Scientific MicroDOC Gel Documentation System, with Dual UV Transilluminator 254/312 nm (CSL-MDOCUV254312) have?

It has high-resolution camera for detailed gel visualization, dual-wavelength 254/312 nm UV transilluminator and compact and user-friendly system, and is supplied under manufacturer part number CSLMDOCUV254/312.

4. What features does the Thistle Scientific MicroDOC Gel Documentation System, with Dual UV Transilluminator 254/312 nm (CSL-MDOCUV254312) offer?

It offers file Format Design rule for Camera File system, DPOF (version 1.1) compliant, focus-Area Selection AF mode and manual focus are available, hood and multi-Power Source for camera, Inner light lamp, TFT screen (excludes MicroDOC Basic/1D models).

5. How does the Thistle Scientific MicroDOC Gel Documentation System, with Dual UV Transilluminator 254/312 nm (CSL-MDOCUV254312) compare with the Vilber Lourmat Gel Documentation System Doc-Print CX3-P-20-M Including Standard Components and Gray Tones Thermal Printer and Uv-Transilluminator 9.971 910 from Vilber?

For DNA, RNA, and protein gel documentation, the Thistle Scientific model is the better choice, offering high-resolution camera for detailed gel visualization, dual-wavelength 254/312 nm UV transilluminator and compact and user-friendly system. The Vilber model offers doc-Print CX3 is a stand-alone system with a small footprint that doesn't need a computer as an alternative, while the Thistle Scientific model's high-resolution camera for detailed gel visualization and dual-wavelength 254/312 nm UV transilluminator help make it a strong fit for DNA, RNA, and protein gel documentation.