HT Multiplex Analyzer | High Throughput Multiplex Fluorescence Analyzer for Protein and Nucleic Acid Detection

Position: Home > > Analytical instruments > Spectroscopy Equipment > Fluorescence spectrophotometer > HT Multiplex Analyzer – High Throughput Multiplex Fluorescence Detection System

HT Multiplex Analyzer – High Throughput Multiplex Fluorescence Detection System

Product ID：FGyg0024

Price: Please inquire PDF Format

Supply Ability:50SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberHT

Brand NameHBXINZONGKE

Payment TermsTT，PAYPAL，Alibaba.com Pay

HT Multiplex Analyzer – High Throughput Multiplex Fluorescence Detection System
Product Introduction
The HT Multiplex Analyzer is a high-throughput, high-sensitivity multiplex fluorescence analyzer independently developed based on advanced multiplex flow cytometry technology. By integrating flow cytometry, optoelectronic technology, polymer microsphere technology, and computer control technology, this system enables rapid and simultaneous detection of multiple biological targets.
The HT Multiplex Analyzer is designed for protein detection, nucleic acid analysis, infectious disease testing, and biomedical research applications. With flexible laser configurations, multi-channel fluorescence detection, and precise particle identification, it provides an efficient solution for laboratories requiring high-throughput multiplex analysis.

Performance Features
•  High-throughput multiplex detection
Enables simultaneous analysis of multiple targets in a single sample, improving detection efficiency and reducing sample consumption.
•  High sensitivity fluorescence analysis

Combines APD and PMT fluorescence detection technologies to achieve accurate low-level signal detection.
•  Advanced multiplex flow cytometry technology
Integrates fluidics, optical detection, microsphere encoding, and computer analysis for reliable results.
•  Flexible laser configurations
Supports multiple excitation wavelengths including 405 nm, 450 nm, 488 nm, 532 nm, and 635 nm to match different microsphere systems.
•  Stable optical performance
Features automatic temperature drift compensation and real-time fluorescence background calibration.
•  Fast sample processing
High-speed fluidic control enables efficient sample loading and rapid detection.
•  Low false identification rate
Advanced particle encoding recognition technology ensures encoding discrimination error below 2%.
•  Wide biomedical applications
Suitable for disease research, immunoassays, molecular diagnostics, and biomarker studies.

Working Principle
The HT Multiplex Analyzer works based on multiplex flow cytometry and fluorescence detection technology.
During operation, biological samples containing fluorescently labeled microspheres are introduced into the fluidic system. The microspheres flow through the detection chamber individually under controlled sheath fluid conditions.
A semiconductor-pumped laser and LD laser module illuminate the microspheres. Different encoded microspheres generate specific fluorescence signals according to their optical characteristics. The system uses APD and PMT detectors to collect fluorescence and side scatter signals.
The built-in computer analysis system identifies each microsphere type, analyzes fluorescence intensity, and determines the concentration or presence of multiple biological targets simultaneously.

Technical Parameters

Parameter	Specification
Product Name	HT Multiplex Analyzer
Detection Technology	Multiplex flow cytometry fluorescence detection
Light Source	Semiconductor pumped laser + LD laser module combination
Laser Wavelength Options	405 nm / 450 nm / 488 nm / 532 nm / 635 nm
Light Source Noise	<0.5%
Warm-up Time	20 minutes
Sample Particle Size Range	3–10 μm
Sheath Fluid Flow Rate	100 μL/s
Sample Flow Rate	1.1 μL/s
Fluid Pressure	<10 PSI
Sample Volume	30–150 μL
Detector Configuration	Standard 3+1 channels
SSC Detector	APD
Fluorescence Detector	APD + PMT combination
Sensor Compensation	Automatic temperature drift compensation
Sampling Frequency	2 MHz
Fluorescence Background Control	Real-time calibration
Encoding Discrimination Error Rate	<2%
Minimum Particle Recognition	500 particles (recommended)

Application Scenarios
1. Infectious Disease Detection
The HT Multiplex Analyzer supports simultaneous detection of multiple pathogen-related biomarkers, improving efficiency in infectious disease screening and research.
2. Protein Biomarker Analysis
Used for cytokine detection, immune response studies, and protein expression analysis in biomedical laboratories.
3. Nucleic Acid Research
Provides multiplex fluorescence analysis solutions for molecular biology and genetic research.
4. Immunology Research
Suitable for antibody detection, immune profiling, and cellular signaling studies.
5. Pharmaceutical and Clinical Research
Supports high-throughput screening and biomarker discovery in drug development programs.

HT Multiplex Analyzer vs Conventional Single-Target Detection Systems

Feature	HT Multiplex Analyzer	Conventional Single Detection System
Detection Mode	Multi-target simultaneous detection	Single target detection
Throughput	High throughput	Limited throughput
Sample Consumption	Low sample volume required	Higher sample requirement
Detection Efficiency	Multiple biomarkers in one test	One biomarker per test
Fluorescence Channels	Multi-channel configurable	Usually limited channels
Sensitivity	High sensitivity APD + PMT detection	Depends on detector type
Application Range	Protein, nucleic acid, disease biomarkers	Mainly single-purpose analysis
Data Processing	Automated multiplex analysis	Manual or single analysis

Frequently Asked Questions (FAQ)
1. What is the HT Multiplex Analyzer used for?
The HT Multiplex Analyzer is designed for high-throughput multiplex fluorescence detection of proteins, nucleic acids, biomarkers, and infectious disease-related targets.
2. What technology does the HT Multiplex Analyzer use?
It uses multiplex flow cytometry technology combined with fluorescence detection, optical sensing, and computer-based data analysis.
3. How many targets can the HT Multiplex Analyzer detect simultaneously?
The system is designed for multiplex detection, allowing multiple biological targets to be analyzed in a single sample depending on the microsphere and assay design.
4. What laser wavelengths are available for this analyzer?
The HT Multiplex Analyzer supports multiple laser wavelength options, including 405 nm, 450 nm, 488 nm, 532 nm, and 635 nm.
5. What detectors are used in the HT Multiplex Analyzer?
The system uses APD detectors for SSC detection and an APD + PMT combination for fluorescence signal detection.
6. What sample volume is required for testing?
The recommended sample injection volume range is 30–150 μL.
7. How long does the analyzer need for startup?
The required warm-up time is approximately 20 minutes before operation.
8. What applications are suitable for this system?
It is suitable for biomedical research, infectious disease detection, immunology studies, molecular diagnostics, and pharmaceutical research.

Frequently Asked Questions (FAQ)
1. What is the HT Multiplex Analyzer used for?
The HT Multiplex Analyzer is designed for high-throughput multiplex fluorescence detection of proteins, nucleic acids, biomarkers, and infectious disease-related targets.
2. What technology does the HT Multiplex Analyzer use?
It uses multiplex flow cytometry technology combined with fluorescence detection, optical sensing, and computer-based data analysis.
3. How many targets can the HT Multiplex Analyzer detect simultaneously?
The system is designed for multiplex detection, allowing multiple biological targets to be analyzed in a single sample depending on the microsphere and assay design.
4. What laser wavelengths are available for this analyzer?
The HT Multiplex Analyzer supports multiple laser wavelength options, including 405 nm, 450 nm, 488 nm, 532 nm, and 635 nm.
5. What detectors are used in the HT Multiplex Analyzer?
The system uses APD detectors for SSC detection and an APD + PMT combination for fluorescence signal detection.
6. What sample volume is required for testing?
The recommended sample injection volume range is 30–150 μL.
7. How long does the analyzer need for startup?
The required warm-up time is approximately 20 minutes before operation.
8. What applications are suitable for this system?
It is suitable for biomedical research, infectious disease detection, immunology studies, molecular diagnostics, and pharmaceutical research.