The new way of gel imaging | Perfect images WITHOUT harmful UV light
Work WITHOUT risk | Improved safety with Blue/Green LEDs
The new safety with Blue/Green LEDs
The light source makes the difference
The unique Blue/Green LED transilluminator developed by NIPPON Genetics is at the heart of our gel imaging systems.
It emits visible light with a wavelength of 470-520 nm.
Unlike harmful UV light, Blue/Green LEDs do not damage nucleic acids.
The Blue/Green LED technology allows the detection of all common green, yellow and red DNA stains.
- No damage to DNA/RNA samples
- No personal health risk from UV light
- And at the same time the highest quality images images
The Advantages
- For DNA, RNA & proteins
- Detection of ALL common green, yellow and red fluorescent dyes
- Excellent images due to high sensitivity camera
- No health risk (no burns or eye damage from UV-light)
- No damage to DNA/RNA samples
(improved cloning efficiency and sequencing results by protecting the DNA/RNA) - Very easy to use: Perfect imagein just 3 Klicks
The right gel imaging system for every lab
In addition to our award-winning FastGene® FAS-X and our top seller FastGene® FAS-DIGI PRO, NIPPON Genetics offers various gel documentation systems. These differ in size and features. What they all have in common, however, is the unbeatable Blue/Green LED technology.
The award-winner
FastGene® FAS-X
- Excellent performance
- Gel documentation WITHOUT LIMITS
- Unbeatable performance - with all fluorescent dyes
- With only 3 taps to the perfect image
- Made-in-Germany
Price on request
The top seller
FastGene® FAS-DIGI PRO
- Sensitive - even very weak bands are detected
- Intuitive - the software is very easy to use
- Network-compatible - easy transfer of images
- Largest work surface with a very compact design
Price on request
The allrounder
FastGene® FAS-DIGI Compact
- The compact device
- Versatile - Compatible with all DNA dyes
- User-friendly - Innovative field of view for quick control
- Space-saving - Largest work surface with compact design
The new DESIGN
Introduction to the next generation of gel documentation
The latest development of the FastGene® FAS Geldoc Systems (Video: 55 sec)
Why our Geldok systems fulfil all requirements
Blue/Green LEDs instead of UV light
- Non health risk (due to burns) for the user
- Improved downstream results by protecting the DNA/RNA:
e.g. increased cloning and sequencing efficiency - Sensitive detection of all common DNA dyes (green/yellow/red):
Together with green DNA dye, the carcinogenic ethidium bromide can be dispensed with
Ultrasensitive camera
- Excellent images due to APS-C CMOS sensor
- High sensitivity: Detection of faint bands
- Quantification of DNA and RNA signals
Soft- and Hardware
- User-friendly: Software that is easy and intuitive to use
- Possibility to adjust all important camery settings (aperture, exposure time, zoom, focus)
- Netzworkable: Easy transfer of images
- Extra white LED table for protein detection
Made-in-Germany
- Development of the revolutionary Blue/Green technology
- Production of the devices
- Service and contact persons
Do you have any questions?
More information, non-binding consultation, product demo or price enquiry
It is not always easy to find the right gel documentation system for personal requirements. Arrange an appointment with us. We would be happy to demonstrate how our devices work and how to use them (online or on site).
Nenad Maric
Sales Manager | Product specialist
Phone: +49(0)2421 554960
Email: nmaric@nippongenetics.de
"Geldok systems are our passion. We want to fulfil your desire for the most user-friendly and secure system. Our aim is to offer the best solution for your requirements and every budget."
Our Gel Documentation brochure summarizes all important information about our GelDok systems and compares the different devices. Everything at a glance!
What our customers say
The prevention of UV-light caused mutations which could occur during the purification process was essential for our decision to switch to Blue/Green LEDs. They work perfectly with MIDORI. Also EtBr-signals are as good as when using UV-light. Harmless radiation for eyes and skin – easy to use, very nice!
Dr. Sturm, Applied Biosciences, KIT, Karlsruhe, Germany