AFMS partners with well-known suppliers to help healthcare providers make faster diagnostic decisions at the point of care with precise and accurate results.
SMT-120 fully automatic biochemistry analyzer from Seamaty integrates the analysis of liver function, kidney function, electrolytes, myocardium, pancreas, glycolipids, and blood lipids in one analyzer. It can be applied in community, emergency treatment and field rescue. Utilizing cloud computing, SMT-120 can help operators to make medical decisions quickly.
Reagent Discs: The reagent discs of Seamaty contain components of optical and mechanical functions to participate in each stage of blood analysis. The reagent discs contain lyophilized reagent beads and diluent, individual channel with less cross-contamination.
The EXIAS e|1 Analyzer is an electrolyte system intended for in-vitro measurements of Na+, K+, Cl-, Ca2+ as well as pH and Hct, in whole blood, serum, plasma and urine (undiluted).
High accuracy, ease of use and maintenance-free system underline the operational functionality and outstanding performance of our e|1 Analyzer. Robust and clever design combined with a compact footprint make the e|1 Analyzer well-suited for both point-of-care environments and laboratories.
A next-generation point-of-care diagnostic system from LumiraDX, that combines a small, portable Instrument; microfluidic Test Strip; simple, standardized workflow; and seamless, secure digital connectivity to the cloud and hospital IT systems.
With a pipeline of 30+ assays, initially focused on some of the most common conditions being diagnosed or managed with point-of-care testing: Coagulation disorders, Infectious disease, Cardiovascular, Diabetes and Respiratory.
The microINR System from iLine Microsystems is an in vitro diagnostics medical device, intended to monitor oral anticoagulation therapy (OAT) with vitamin K antagonist drugs.
The microINR System refers to the reader (microINR Meter) and the analytic test strips (microINR Chips). The system provides a quantitative determination of prothrombin time (PT) in INR (International Normalized Ratio) units with fresh capillary blood performed by fingersticking. The system is intended for patient self-testing use, as well as for healthcare professionals at Point of Care settings.
Salah Alden Road | Al Zahra District
Riyadh | Kingdom of Saudi Arabia
60001 Riyadh 11545
