Surface Restricted Fluorescence Sequencing (SRFS) Technology

An advanced sequencing platform incorporating fluorogenic optical chemistry and error-correction mechanisms. LumoSeq enables long-read sequencing with high accuracy and rapid speed for genomic research and molecular diagnostics.

Advanced sequencing platform enabling detection of complex genetic targets including difficult-to-sequence regions. Supports consolidated workflows for inherited genetics and oncology applications.

Real-time quantitative polymerase chain reaction capability integrated into the point-of-care platform for molecular detection and quantification. Provides gold-standard accuracy for nucleic acid testing.

Multiplex real-time PCR platform enabling simultaneous detection of multiple target sequences. The technology provides high sensitivity and specificity for infectious disease diagnostics across various specimen types.

Ultra-high throughput next-generation sequencing instrument capable of 14Tb per run with 9Tb per day productivity. Features innovative sequencing chemistry, AI-based recognition algorithms, and patterned array flow cell technology achieving Q40 scores ≥90% accuracy.

Label-free diagnostic analyzers utilizing surface plasmon resonance technology for real-time biomolecular interaction analysis. Engineered with precision optics and sophisticated measurement systems for research and diagnostic applications. Supports kinetic and affinity measurements without fluorescent labels.

S100 is a benchtop gene sequencing platform that enables long-read, high-accuracy genomic analysis for research and clinical diagnostics. The system utilizes proprietary fluorogenic technology and error-correction algorithms to deliver Q40-level data quality, supporting applications in disease diagnosis, microbial detection, and environmental screening.

Molecular diagnostic platform utilizing ARMS-PCR and fluorescent quantitative PCR technology for precision medicine applications. Enables detection and quantification of genetic variations to guide individualized treatment decisions in cardiovascular and oncology patients.

Semiconductor-based sequencing system utilizing nanopore technology for genomic analysis. Suitable for multiple applications in molecular biology, offering cost-effective and rapid sequencing solutions.

Real-time fluorescent quantitative PCR system for nucleic acid detection and analysis. Enables rapid molecular diagnosis of infectious diseases, genetic markers, and pathogens through temperature-controlled amplification and real-time fluorescence monitoring. Features multi-color melting curve technology for precise target detection with high sensitivity and specificity across medical, research, and food safety applications.

Microarray scanner for molecular diagnostics that detects and analyzes fluorescence signals from microarray biochips. Reads up to 6 slides simultaneously using modified optical pickup technology, enabling rapid analysis of DNA, proteins, antibodies, and cell chips. Supports open-system detection across multiple biomarker types for research and diagnostic applications.

Nucleic acid detection platform utilizing fluorescence PCR technology for in vitro diagnostic applications. Supports multiple pathogen detection assays with quantitative analysis capability.