A differentiated digital PCR architecture built on VibroJet® droplet generation
Innovative
VibroJet®
VibroJet® Technology
VibroJet® is Sniper’s vibration-injection digital PCR architecture. It integrates droplet generation, amplification, imaging and analysis in a familiar assay workflow for research and translational laboratories. Clinical uses depend on the applicable product configuration and local authorization.
Adjustable droplet volume
No dead volume
Fully Automated Workflow
Lower consumable complexity and scalable manufacturing
High droplet uniformity and run-to-run reproducibility
Performance features and validation inquiries
Performance summaries depend on assay, sample and instrument configuration. For methods, sample sizes and validation scope, contact our team before relying on a specific claim.
Consistent Droplet Generation
≥ 20,000 droplets per reaction with droplet size CV < 5%, supporting stable partitioning and reproducible endpoint counting.
Integrated Workflow
Droplet generation, PCR amplification, fluorescence detection, and data analysis are completed within one automated system.
Fast Operation
Direct tube loading, digital PCR results in as fast as 90 minutes.
Multiplex Detection
Six fluorescence channels support commonly used dyes including FAM, VIC/HEX, EvaGreen, ROX, Cy5 and Cy5.5.
Built-in QC
Raw droplet image review, droplet-level tracking, data re-analysis, and report export support traceable results.
Assay Compatibility
Supports probe-based assays, dye-based assays, and one-step RT-dPCR workflows for flexible assay transfer and development.
Research and clinical laboratory workflows
Translational Research
Enable biomarker validation, MRD research, liquid biopsy studies, copy number analysis, and assay development.
Applied Testing
Support reproducible quantification and quality control workflows for pathogen, environmental, and process-monitoring applications.
Hospitals
Support standardized molecular testing with integrated operation, built-in QC, and traceable result reporting.
Central Laboratories
Improve workflow consistency, batch processing efficiency, and scalable digital PCR operation.
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