Axim Biotechnologies, Inc. 900033000VE VerséaTM Ophthalmics 4.3” Lateral Flow Reader

SEEKER™ Personal Computer

SEEKER™ Personal Computer

The DRG:HYBRiD-XL® is a fully automated random access analyzer.The innovative technology of the DRG:HYBRiD-XL® allows users to simultaneously process immunoassays and clinical chemistry parameters, including turbidimetry, on one or more patient samples.The DRG:HYBRiD-XL® can be used for both the quantitative and qualitative (cut-off) evaluation of immunoassays.

This instrument is intended to be used to read and calculate the results of in-vitro clinical diagnostic assays, as well as any other application requiring absorbance or concentration readings at or near the available wavelengths. This general purpose instrument is intended to be used by laboratory professionals capable of selecting the appropriate features and options for each specific clinical application.

For use in the routine operation of the IMMULITE® and IMMULITE® 1000 Analyzers

For use in daily maintenance of the IMMULITE® 2000 and IMMULITE® 2500 Analyzers

For use in daily maintenance of the IMMULITE® and IMMULITE® 1000 systems

For use in the routine operation of the IMMULITE® 2000 and IMMULITE® 2500 Analyzers

Substrate Module - IMMULITE - CONS - 2x500 Tests

SEEKER™ Personal Computer

SEEKER™ Personal Computer

SEEKER™ Personal Computer

The DRG:HYBRiD-XL® is a fully automated random access analyzer.The innovative technology of the DRG:HYBRiD-XL® allows users to simultaneously process immunoassays and clinical chemistry parameters, including turbidimetry, on one or more patient samples.The DRG:HYBRiD-XL® can be used for both the quantitative and qualitative (cut-off) evaluation of immunoassays.

This instrument is intended to be used to read and calculate the results of in-vitro clinical diagnostic assays, as well as any other application requiring absorbance or concentration readings at or near the available wavelengths. This general purpose instrument is intended to be used by laboratory professionals capable of selecting the appropriate features and options for each specific clinical application.