Microbiology Analyzer BD BACTEC™ FX40 CLIA Non-Waived

Name: Microbiology Analyzer
Brand: BD BACTEC™ FX40

INSTRUMENT, BACTEC F/FX40 D/S

McKesson #

1248268

Manufacturer #

442296

Brand

BD BACTEC™ FX40

Manufacturer

Country of Origin

Unknown

Analyzer Type

Benchtop

Application

Microbiology Analyzer

Automation Type

Automated

CLIA Classification

CLIA Non-Waived

CLIA Classified

CLIA Non-Waived

Contents 1

BD Bactec FX40 Automated Blood Culture System, External Visual Indicators (DISCO Status Color Lights), Computer Touch Screen

Dimensions

15-2/5 X 23 X 26-2/3 Inch

For Use With

For BD Bactec Blood Culture Media Bottles / BD Vacutainer Blood Collection Systems

Power Source

100 to 240VAC, 50/60Hz

Purchase Program Type

Standard Purchase Agreement

Readout Type

BD Synapsis Informatics (Monitor)

Sample Capacity

40 Blood Culture Bottle Capacity

Sample Type

Blood / Cerebrospinal Fluid / Other Sterile Body Fluid Sample

Test Name

Full Line of Blood Culture Media

UNSPSC Code

41115821

User Interface

LCD Touchscreen, LIS Interface, Barcode Scanner

The BD BACTEC™ FX40 Automated Blood Culture System is an automated blood culture instrument used for the growth and detection of organisms present in blood samples
The Bactec FX40 uses a proprietary resin technology to capture and concentrate microorganisms from blood samples, which are then detected through fluorescence technology; this system provides reliable and efficient detection of a broad range of microorganisms, making it a valuable tool for clinical microbiology laboratories
Modular design to meet laboratory demands and provides flexible lab layout
Simple rapid vial activated workflow
One-hand scan of sample bottles reduces loading time
Each unit holds up to 40 bottles, one unit annual volume of 2920 bottles or 4 sets per day
BD BACTEC™ FX40 Blood Culture System features LIS interface ability and BD EpiCenter Data Management connectivity
BD BACTEC™ blood culture bottles are designed to be fully compatible with the BD Vacutainer® blood collection system, reducing the risk of accidental needlestick injuries during blood collection and subculturing