Menu

Subscribe to our free mailing list to receive occasional emails with news about our products and event information.

 

 

GeneFocus® has proprietary technologies that allow for fast and accurate imaging of biochips. It has developed a series of instruments based on the company’s core technology in confocal microscopy and macroscopy:
 

bulletDNAscope™ line of high sensitivity confocal scanners for imaging genetic microarrays.
bulletWELLscope™ microwell plate scanner
bulletMACROview™ analysis software
 

Compared to other scanners on the market, the DNAscope

achieve 2.5 times better resolution and are 5 to 7 times

more sensitive!

 

A list of research centers currently using GeneFocus' products and a publication list are also available..

 

DNAscope IV

A third-generation integrated Biochip scanning, image processing and information acquisition system. Based on patented confocal laser imaging technology, it offers fully automated biochip imaging.

More information

DNAscope LM

Provides high resolution scanning of glass slide microarrays at an affordable price
More information

DNAscope V

Identical to the DNAscope IV but allows for simultaneous scanning for two fluorophores.
More information

DNAscope Open Frame

A microarray scanner for the life sciences that is tailored to your research, development and prototyping needs.
More information

MACROview

User-friendly and flexible analysis program for images of Genetic Microarrays produced by biochip scanners. It contains a fully integrated state-of-the-art automated spot detector for analyzing genetic microarrays which reduces analysis time to a few minutes.
More information

WELLscope

Microwell plate scanner that greatly reduces measurement errors and produce better images than traditional scanners.


More information

 

 

      Distributor of:
 

 




 

 

 
      Partnerships:
 

Sunergia Medical is looking to represent manufacturers to provide a complete solution to biotech scientists
More info - Contact Us!

 

 

     
 

 

 
Copyright © 2003-2009 -  JNetDirect Biosciences