Randox Discovery | The Benchtop Lab

Discover The Future of Molecular & Immunoassay Diagnostics

Why Choose Randox Discovery?

Powered by Randox Biochip Technology

Fully Automated Platform

Rapid Turn Around Time

Mutiplex Molecular & Immunoassay Testing

The Randox Discovery is an exciting and disruptive molecular & immunoassay diagnostic analyser capable of consolidating the normal workload of multiple laboratories, into one compact fully automated benchtop platform.

Discover the Power of Automation

Randox Discovery is comprised of three interconnected modules which each  operate independently performing different aspects of the diagnostic testing process. Each module is separated by a physical barrier to prevent contamination and is accessible via a door. The workflow process runs from right to left and is compatible with lean working principles.

  • Module I
  • Module II
  • Module III

Nucleic Acid Extraction

Module I is responsible for DNA/RNA extraction. After extraction the sample is automatically transferred to Module II. Before transfer, Module I detects the presence of Module II cartridges using a unique vision system.

Multiplex PCR

Module II is responsible for amplification of the extracted nucleic acid by End-Point PCR. UV light is used to sterilise the module and reduce the risk of crossover contamination.

Biochip Hybridisation & Detection

Module III is used in both immunoassay & molecular workflows and is responsible for hybridisation and subsequent detection using patented biochip technology. The detection camera uniquely moves between sample cartridges to detect biochip chemiluminescence.

Discover the Power of Randox Biochip Technology

Randox Discovery capable of consolidating the normal workload of multiple laboratories, into one compact benchtop platform. Randox patented Biochip Technology powers the Discovery allowing simultaneous detection of hundreds of targets from a single patient sample. The biochip detection system is based on a chemiluminescent signal, this is the emission of light, without heat, as a result of a chemical reaction.