Blood Culture System/Automated Blood Culture Instrument/Resin Media Blood Culture Bottles

Blood Culture

Blood culture is generally used in the diagnosis of bacteremia and fungemia. When a patient shows signs or symptoms of a systemic infection, results from a blood culture can verify that an infection is present, and they can identify the type (or types) of microorganism that is responsible for the infection. For example, blood tests can identify the causative organisms in severe pneumonia, puerperal fever, pelvic inflammatory disease, neonatal epiglottitis, sepsis, and fever of unknown origin (FUO). 

LTS-BMC Automated Blood Culture Systems

LTS-BMC Series include LTS-BMC60, LTS-BMC80, LTS-BMC90 and they are available in connectable modules for your ease-of-use.

LTS-BMC90

Horizontal.  

Accommodates 90 test bottles. Up to 5 LTS-BMC90 can be networked together for ease-of-use of large laboratories.

LTS-BMC80

Vertical

Accommodates 80 test bottles. Compact design and small space occupation.

LTS-BMC60

Horizontal

Accommodates 60 test vials. Smaller footprint for small laboratory use.

Features

Efficient

1. Continuous swinging vibration optimizes detection rate.

2. LIS (Laboratory Information System)connectivity. 

3. Accommodates 60(LTS-BMC60)/80(LTS-BMC80)/90(LTS-BMC90) bottles. Up to 5 LTS-BMC90/80 System instruments can be networked together.

Accurate

1. Colorimetry and carbon dioxide sensor for easy detection of positives.

2. Growth curve  depicts the color change procedure and the growth of microorganism. 

3. Continuous Monitoring Technology. Continuous detection of positives every 10 minutes  allows for fully-automated and walk-away testing and conserves time for the laboratory staff. 

Blood Culture Bottle

Vacuum 

Vacuum blood culture bottles are convenient for specimen inoculation.

Shatterproof 

Biomedical polymer material applied. The culture bottles are featured with high strength, air impermeability and transparency.

Resin Media

Resin media can effectively neutralize antibiotics and allow for the growth of microorganism in the specimens. Resin media achieves greater recovery and higher detection rates in antibiotic patients.

Cap

The aluminum and plastic combined c

ap can avoid specimen contamination and guarantee bio-safety.