FLI-4000 FIA Immunoassay Analyzer

The incubation chamber is an auxiliary device for Biotime’s fluorescence immunoassay analyzer. The reaction temperature and time is critical for test results. The incubation chamber provides an optimized environment as well as automatic timers for test reactions to improve the reliability of test results.

BIOT-YG-I is a fluorescence immunoassay system with single channel that measures the quantitative concentration of a targeted analyte in human blood and urine.

FLI-1200 is a fluorescent immunoassay system with 12 channels that uses blood and urine to measure the quantitative concentration of targeted analyte. It allows to carry out tests for 12 samples simultaneously.

FLI-600 is a fluorescent immunoassay system with 6 channels that uses blood and urine to measure the quantitative concentration of targeted analyte. Its automated test process enables to carry out multiple simultaneous tests for six different samples.

BIOT-YG-II is a fluorescence immunoassay system with multi channels that measures the quantitative concentration of a targeted analyte in human blood and urine. It allows to carry out tests for 14 samples continuously.

The ALL NEW FLI-100 Analyser represents an elevated standard at Biotime, in pursuing simplicity, quality assurance, and data security for healthcare organizations. Designed for quantitative in vitro assay determinations, the Biotime FLI-100 analyser was purposefully built to support immunoassay analysis for a broad range of applications – from biomarker work to infectious disease testing. The analyser’s immunofluorescence technology yields high sensitivity, reliable, and reproducible results for convenient point-of-care diagnostic testing on one device with a small footprint.

Biotime’s HLC-100 Fully Automated HbA1c Analyzer provides a prompt, reliable solution for diabetes diagnosis. It utilizes the high performance liquid chromatography (HPLC) analytical technique, a gold standard that helps detect glycosylated hemoglobin (HbA1c) with superior precision. Its capability to measure HbA1c, HbF, and other hemoglobin fragments enables clinicians to make quick, accurate diagnoses, thus facilitating timely treatment for the patient.

PSA, a protein produced by prostate gland cells, circulates through the body in two ways: either bound to other proteins or on its own. PSA traveling alone is called free PSA. The free-PSA test measures the percentage of unbound PSA.