Liquid-L2ased Cytology Processor T-LCP-S2102

Introduction

Liquid-Based Cytology Processor processes 24 slides per batch in 30 minutes. It integrates staining and production with automated microcomputer control for consistent operation. Equipped with non-centrifugal natural sedimentation system for uniform non-overlapping cell distribution. Incorporated with eco-friendly reagent technology and no internal pipelines to prevent cross-contamination. Processor is ideal for cervical and non-gynecological cytology slide preparation.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Liquid-Based Cytology Processor is designed for preparing cytology samples for analysis. It is widely employed in clinical laboratories and medical research facilities for efficient sample processing.

Selection Guide

Liquid-Based Cytology Processor designed for advanced cytological sample preparation and is widely used in clinical diagnostic laboratories, research institutes, and hospitals. It is suitable for applications including cervical cancer screening, gynecological and non-gynecological sample analysis, and other cytopathology studies. Customers should select this model if their research or diagnostic work requires efficient, standardized, and high-throughput slide preparation. The processor supports automated operations to minimize manual handling and improve reproducibility. It is compliant with medical device certifications such as ISO 13485 and CE, ensuring safety, quality, and performance for clinical use. These factors make it suitable for laboratories seeking reliability, compliance, and consistency in cytology sample processing.

Specifications

Slide Quantity	1 to 24 PCS
Slide Staining And Smearing Time	45 minutes
Display Screen	LCD Touch Screen
Power Consumption	500 W
Power Supply	220V / 50HZ
Dimensions	1060 × 675 × 660 mm
Weight	90 Kg

Features

Avoids cross-contamination

Clear cell structure

Prevents cell deformation

Automatic waste disposal

Time-saving operation

FAQs

1. What is a Cytology Processor?

A Cytology Processor is a medical apparatus designed to prepare cell samples in a liquid medium for more accurate and efficient microscopic examination.

2. How does Cytology Processor work?

It uses filtration or centrifugation to isolate cells and prepare high-quality cytology slides.

3. Can Cytology Processor be used in research or academic settings?

It is commonly used in research labs and universities for cytology education, pilot studies, and comparative cytomorphology research.

4. How is Cytology Processor used in cervical cancer screening?

It processes Pap smear samples by creating uniform slides that improve detection of precancerous and cancerous cervical lesions.

5. Can Cytology Processor be used in screening for lung cancer?

It is used to process bronchial brushings, washings, and fine needle aspiration samples from the lung, helping in the cytological diagnosis of lung malignancies.

6. Can Cytology help with infectious disease diagnosis?

It is used to identify infectious organisms or HPV-associated changes in gynecologic samples.

7. Can Cytology Processor be used in clinical trials?

It is frequently incorporated into clinical trial protocols to monitor cellular responses, treatment efficacy, or adverse cytological changes over time.

8. How does Cytology Processor contribute to early detection and prevention research?

It provides high-quality slides for studying biomarkers, cellular changes, and precancerous lesions, which is essential for early intervention research in cancers, infections, and genetic disorders.

9. How does Cytology Processor help in tissue engineering or regenerative medicine?

It is used to assess the effects of stem cells, tissue scaffolds, and regenerative treatments on cellular morphology and growth patterns, making it essential in tissue engineering studies.

10. How does Cytology Processor support pharmacological research?

It helps in evaluating the effects of drugs or treatments on cell morphology, gene expression, and biomarkers, enabling preclinical drug testing and pharmacodynamics studies.