Automated blood culture system LB-10ABC
| Cell capacity | 50 |
| TTP (Time to positivity) | > 90 % within 24 hours |
| Inoculation | Rotary shaking |
| Incubation temperature | 35 °C ± 1.5 °C |
| Blood sampling | Quantitative vacuum |
Automated blood culture system LB-11ABC
| Cell capacity | 100 |
| TTP (Time to positivity) | > 90 % within 24 hours |
| Inoculation | Swing shaking |
| Incubation temperature | 35 °C ± 1.5 °C |
| Blood sampling | Quantitative vacuum |
Automated Blood Culture System LB-12ABC
| Cell Capacity | 120 |
| Time To Positivity | > 90 % within 24 hours |
| Inoculation | Swing shaking |
| Incubation Temperature | 35 °C ± 1.5 °C |
| Blood Sampling | Quantitative vacuum |
Automated blood culture system LB-13ABC
| Cell capacity | 240 |
| TTP (Time to positivity) | > 90 % within 24 hours |
| Inoculation | Swing shaking |
| Incubation temperature | 35 °C ± 1.5 °C |
| Blood sampling | Quantitative vacuum |
Automated Blood Culture System LB-14ABC
| Capacity | 120 bottles |
| Number of Incubators | 2 independent incubators |
| Incubator Capacity | Each incubator holds up to 60 culture bottles. |
| Ambient Temperature | Automatic power-off protection in case of overloading and short circuit |
| Humidity | 10 to 30°C |
Automated Blood Culture System LB-15ABC
| Capacity | 48 culture cells |
| Sample type | Blood and sterile fluids |
| Test Principle | Colorimetry |
| Temperature Range | 5 to 30℃ |
| Alarm System | Audio, door light flash and screen flash |
Frequently asked questions For Automated Blood Culture System
1. What is an automated blood culture system and how does it improve infection detection?
An automated blood culture system continuously monitors blood samples to detect bacteria or fungi. It improves infection detection by providing faster, more accurate results, helping healthcare professionals diagnose bloodstream infections early.
2. How does the Labotronics blood culture system enhance laboratory efficiency?
The Labotronics Automated Blood Culture System streamlines laboratory processes by reducing manual handling, accelerating detection times, and supporting multiple samples at once, ideal for high-throughput diagnostics.
3. What types of microorganisms can automated blood culture systems detect?
These systems detect a wide range of aerobic and anaerobic bacteria, along with common fungal pathogens responsible for bloodstream infections.
4. Why choose an automated system over manual blood culture method?
Automated systems offer several advantages, including reduced contamination risk, continuous monitoring, consistent and accurate results, and seamless integration with Laboratory Information Systems (LIS).
5. Are Labotronics systems suitable for hospitals and diagnostic labs?
Yes, Labotronics offers reliable, high-performance solutions suitable for clinical laboratories, hospitals, and research institutions focused on accurate and efficient blood infection detection.
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