Fully automated and microcomputer-controlled, with a single film processing time of approximately 2 minutes, ensuring clear and accurate results.
Working Principle: Utilizes membrane filtration technology, sensor control technology, and electrochemical technology for cell collection and separation.
Automatic Slide Positioning Technology: Automatically balances and repairs the filter membrane plane during operation, ensuring no diseased cells are missed (patented).
After processing, the membrane tube is automatically ejected, preventing cross-infection caused by operators touching the bacteria (patented).
The machine automatically detects the filter membrane tube and sample quality during operation to avoid blank slides and to capture the optimal processing opportunity (patented).
Unique Automatic Cleaning Technology: Prevents misdiagnosis due to cross-contamination of different patients' samples, protects operators from bacterial infection, and ensures the machine runs smoothly without blockages caused by impurities.
Processing Capacity: 1 slide per session, with the ability to process up to 10 slides continuously from the same sample.
Processing Modes: Equipped with 7 working modes to meet the processing requirements of various specimens, including cervical samples, pleural and peritoneal fluid, sputum, urine, serous effusion, cerebrospinal fluid, and puncture fluid.
Processing Quality: Provides sufficient diagnostic information with cell counts ≥ 50,000 per slide. Cells are uniformly distributed in a single layer, with no blank slides, a clean background, and clearly visible cells.
Equipped with a standard TBS reporting system, providing both software and hardware for the reporting system, as well as supporting reagents.
Special Features: Automatic membrane tube ejection, multi-point control system, pressure control system, memory chip, and waste liquid tank alarm.
Rotation Speed: ≥500 rpm
Processing Cycle: ≤2.0 minutes per session
Filter Membrane Tube: Pore size of Φ8μm, with (1.75±0.25)×10^5 pores per cm²
Normal Operating Conditions:
Power Supply Voltage: a.c.220V±22V, 50Hz±1Hz
Input Power: 150W
Ambient Temperature: 10℃ to 30℃
Relative Humidity: ≤70%
Atmospheric Pressure: 86 kPa to 106 kPa
Other: Free from conductive dust, explosive gases, corrosive gases, and vibration sources
Total Weight: ≤50 kg
Dimensions (L×W×H): Approximately 600 × 480 × 510 mm
product packing and shipping details
(1) Before the product leaves the factory, our company will strictly inspect and debug all components of the machine and equipment, and test whether the equipment can be used and installed normally.
(2) In order to prevent the product from being squeezed and damaged during long-distance transportation, we will use thick foam to fix the four corners of the product, and use standard export wooden boxes for external packaging.
(3) If you need OEM and ODM services and have separate product packaging solutions and logo printing standards, please communicate your plans and standards with us in advance. We can package the product according to your requirements.
(4) Transportation methods: a combination of sea, land, railway, air, and express delivery.
FAQ
Q:What is the impact of LBC on sample adequacy?
A: LBC typically results in a higher proportion of satisfactory samples compared to traditional smears. The liquid medium helps preserve the cells and reduces the likelihood of inadequate or unusable samples.
Q:Can LBC be used for additional tests beyond cytology?
A: Yes, LBC samples can be used for additional tests such as HPV (human papillomavirus) testing, which helps in the co-testing for cervical cancer risk and improves the overall diagnostic approach.
Q:Does LBC reduce the need for repeat testing?
A :LBC can reduce the need for repeat testing due to its improved sample quality and diagnostic accuracy. Fewer inadequate samples mean fewer retests, leading to a more efficient screening process.
Q:How does LBC contribute to patient comfort and convenience?
A: LBC can potentially reduce the discomfort and inconvenience for patients by minimizing the need for repeat tests and providing more reliable results from a single sample collection.
Q:Are there any cost benefits associated with using LBC?
A: While the initial cost of LBC equipment may be higher, the overall cost can be reduced due to fewer repeat tests, better sample quality, and enhanced diagnostic accuracy. This can lead to cost savings in the long run.
Q:Is LBC as effective in different clinical settings and populations?
A: LBC has been shown to be effective across various clinical settings and populations. It improves sample quality and detection rates in diverse patient groups, making it a versatile tool for cytological analysis.
Q:How does LBC handle cell preservation compared to traditional methods?
A: LBC uses a liquid preservative to maintain cell integrity during transportation and processing, which reduces cell degradation and ensures a more accurate analysis compared to traditional dry smears.
Q:Does LBC improve the ability to detect rare cell types or abnormalities?
A: Yes, the even distribution of cells in the liquid medium enhances the visibility of rare or atypical cell types, making it easier to detect less common abnormalities that might be missed in traditional smears.
Q:How does LBC affect the workload and efficiency of laboratory staff?
A: LBC can streamline the workflow by reducing the number of unsatisfactory samples and the need for manual slide preparation. This can improve laboratory efficiency and allow staff to focus on diagnostic interpretation.
Q:Does LBC offer any advantages in terms of sample storage and stability?
A: LBC samples are stored in a liquid preservative that maintains cell morphology and stability for a longer period. This allows for more flexibility in processing and reprocessing samples if needed.
Q:How does LBC impact the sensitivity and specificity of cervical cancer screening?
A: Studies have shown that LBC can improve both sensitivity (detection of true positives) and specificity (detection of true negatives) in cervical cancer screening compared to traditional Pap smears.
Q:How does LBC compare to other advanced cytology techniques, such as automated systems?
A: LBC is often used in conjunction with automated systems to further enhance efficiency and accuracy. While LBC improves sample quality, automated systems can further streamline processing and analysis.
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