Liquid-based Thin Layer Cytology Smear Processor Model LTS-3000A

Product description : Liquid-based Thin Layer Cytology Smear Processor

Applicable to cervical specimens, pleural effusion, sputum, urine, pleural effusion, cerebrospinal fluid, puncture fluid and other specimens and tablets.

Working Principle: 

The instrument combines density-gradient centrifugation, natural sedimentation and charge capture to complete the automation of specimen process, transfer, sedimentation and staining in an operation.

Test Item:

Applicable to cervical specimens, pleural effusion, sputum, urine, pleural effusion, cerebrospinal fluid, puncture fluid and other specimens and tablets

Product Features:

Specimen process, transfer, sedimentation and staining are done together which realizes multifunction, intelligent microprocessor controlling and full automation. 

The specimen pretreatment (centrifugation, transfer) is upgraded from conventional manual operation to intelligent automation which reduces the labor and avoid mistakes.

 1-8 specimens can be processed randomly, it makes specimen be processed conveniently and timely, reproducible slides can be prepared from the same specimen.

 The following values can be set on demands: specimen type, specimen quantity, staining method, staining time, centrifugation time and rate. The working modes are adjustable and transferable during operation.

The centrifugal & staining system can be operated individually which improves the deficiency, batch process time (including pretreatment) is less than 60 minutes.

 The anti-occlusion & clearance techniques are adopted comprehensively in case of the staining needle occlusion.

The auto dripping staining techniques is used avoiding the cross contamination like conventional staining.

With special slide silicified technique charge coat become stable and endurable without need of gluing.

The capture capability of lesion cells and positive detection ratio are improved greatly by the techniques like density gradient centrifugation, natural sedimentation and charge capture.