For Clinical Setting Managers

Rapid multiplex PCR testing in hospitals and clinics

Between the changing diagnostic landscape and increasing real-world demands for improved efficiency and accuracy in the healthcare industry, we know how critical it is for you to stay ahead of the latest innovations in your organisation.  

We have designed point of care testing (POCT) solutions that meet these diagnostic problems by creating rapid multiplex molecular testing solutions for the Point of Care. 

Complex testing logistics impacts patients and staff

Q-POC™ brings the power of rapid multiplex molecular testing to healthcare professionals, at the Point of Care. Patients can be tested, diagnosed and treated in one efficient consultation, in a wide range of departments.  

Q-POC™ offers significant clinical efficiencies through efficient patient management, a rapid triage of patients, right time prescribing and treatment. Q-POC™ testing requires minimal effort, proving effective and efficient patient care.

Emergency Departments

Enable urgent treatment with no wait for lab results 

Children’s Wards

Facilitate differential diagnosis and isolation of infants and children 

Maternity Wards

Allow differential diagnosis and isolation of mothers

Intensive Care Units

Improve the path from diagnosis to therapy 

A point of care solution suitable for all rapid testing needs  

Portable and simple to use, Q-POC™ platform is a rapid multiplex PCR platform that delivers fast, accurate and actionable results in approximately 30 minutes at the point of care. 

  • An all-in-one system 
  • A sample-to-answer solution with results in approximately 30 minutes 
  • An easy to install, set up and maintain platform 

A sustainable testing solution at the point of care with an expanding testing menu 

The Q-POC™ platform has been developed for the future. Providing rapid detection of diseases at the Point of Care, with its SIX channels available for multiplex PCR testing, the system offers ample flexibility to integrate new assays and functionalities in the future.