Core advantages
Collect more: concentrate dispersed acid-fast bacilli onto a small membrane area
Cleaner background: reduce distracting debris for clearer fields
Connected workflow: automate slide preparation, staining and digital review
Applicable samples and scenarios
Sputum and other clinical samples listed in the product instructions
Low-bacillary-load acid-fast staining workflows
Batch workflows requiring automated slide preparation, staining and digital review
Workflow

Step 1Sample pretreatment
Sample preparation
Prepare the sample according to the product instructions so targets are released into the enrichment workflow.

Step 2Enrichment
Membrane-surface collection
Use the sandwich cup and embedded-adsorption membrane to retain acid-fast bacilli at the surface while reducing loss from repeated transfers.

Step 3Staining
Automated slide preparation and staining
Move the enriched target directly into automated slide preparation and acid-fast staining for a uniform observation area.

Step 4AI-assisted review
Microscopy and digital review
Review manually or connect automated scanning and AI-assisted review for efficient batch processing.
Recommended product configuration
Automated centrifugal slide-preparation acid-fast staining reagent kit
The core consumable and reagent combination for pretreatment, membrane-surface collection and acid-fast staining.
TQ-12 automatic centrifugal slide-preparation instrument
Automates centrifugal slide preparation after sandwich-cup enrichment.
LR-24 staining instrument
Standardises the acid-fast staining step.
DM-5A automated scanner
Provides automated scanning and AI-assisted review.
DM-C semi-automatic scanner
Supports semi-automatic scanning with cloud-connected AI review.
Data and research evidence
4,114
Clinical samples
Total clinical samples included in the Sabah healthcare-facility study.
Tuberculosis 2022 original study79.4%
Membrane-enriched smear sensitivity
In the same study, membrane-enriched smear sensitivity was 79.4% versus 60.5% for direct smears.
Tuberculosis 2022 original study2–3×
Higher smear grading
The study reported smear grades two to three times higher after membrane enrichment.
Tuberculosis 2022 original studyLess noise
Cleaner observation background
Less background interference makes low-bacillary-load targets easier to find.
Tuberculosis 2022 original studyGet a solution
Bring more of the target into your detection workflow
Tell us your sample, target and current detection method. We will recommend the membrane route, consumables and workflow connection.
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