InstaNX Automated DNA/RNA Extraction System
Insta NX
is a fully automated nucleic acid purification system. Utilizing the Innovative Super -S membrane column method, it can purify nucleic acids with high yield and purity from a wide range of samples. In addition, through our Innovative Trinity Technology, the purification procedure can be done within a small and straight-line cartridge without centrifuge and vacuum pump. Up to 12 samples can be processed in a single run using independent robotic arms for minimising contamination. Also, contamination-free optimum extraction can be achieved with the use of pre-filled reagents, disposables (Trinity Technology) and integrated UV sterilization.
Insta NX
Features
:
Newly designed innovative Super -S membrane technology
Easy-to-use and easy-to-maintain system operation
Wide range of applications for DNA, RNA and Viral DNA/RNA extraction from various types of samples
Ready to use with the prefilled reagent cartridges
Stream-line workflow to avoid cross contamination in same or different runs
Integrated UV light for sterilization of internal parts of the machine
Inhibitor free DNA / RNA
Trinity Technology:
The Trinity Technology is a combination of Super-S Column, Filter Adapter and Column Tip. The innovative Super-S column utilizes a Bi-directional flow technology to allow Automation of DNA and RNA extraction. Differential air pressure methology ensures an efficient flow of lysate, wash buffers and elution solutions to simultaneously obtain good yield and purity of extracted nucleic acids. A high quality DNA/RNA is obtained for further downstream analysis.
CE-IVD certificated
Internal Reference:
GEN - LA1056
Website URL:
/shop/gen-la1056-instanx-automated-dna-rna-extraction-system-507372
Your Dynamic Snippet will be displayed here...
This message is displayed because youy did not provide both a filter and a template to use.
Our Products !
Your Dynamic Snippet will be displayed here... This message is displayed because you did not provide both a filter and a template to use.