Genetic Analyzer LGA-T2011

Introduction

Genetic Analyzer uses capillary electrophoresis and laser-induced fluorescence detection methods and supports 24-channel sample processing. It employs integrated data collection software tailored for forensic workflows. The analyzer uses an automatic polymer injection and has a capacity for 96-well plates or 8-strip tubes. Also, it is capable of performing 760 tests per day. Our analyzer provides forensic-specific analysis software with real-time data assessment and automated interpretation.

This genetic analyzer is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Genetic Analyzer is frequently using in Forensic Labs for construction of database, especially through Short Tandem Repeat () analysis. Its high throughput and precise fluorescence detection make it ideal for matching profiles in criminal investigations, paternity cases, and missing person identification. This is an ideal analyzer for the analysis of Single Nucleotide Polymorphisms (SNPs), STRs and AFLPs.

Specifications

Detection Method	Capillary electrophoresis and Laser-induced fluorescence detection
Channels	24
Fluorescent Dyes	6 real-time detection (expandable to 10)
Samples Per Run	24
Average Run Time	Less than 45 minutes
Max Samples Per Day	760
Entry Method	Fully automatic injection; supports 96-well plates and 8 exhaust pipes
Rubber Injection Method	Fully automatic glue injection
Laser Light Source	505 nm solid-state laser
Fluorescence Detection Wavelength	More than 520 nm
Resolution	1 bp, read length up to 800 bp
Temperature Control Accuracy	Below 0.2°C
Permissible Temperature Range	20 to 30°C (fluctuation during operation up to ± 2°C)
Permissible Humidity	20 to 60% (non-condensing)
Atmospheric Pressure	86 to 106 kPa
Connectivity	, Ethernet, Cloud Connectivity
Data Integration	Integration
Software	, Genotyping
Operational Capacity	48-hour Operation
Power Supply	AC 220 V 60 Hz, single-phase, 10 A, 2200 VA
Genetic Analyzer Dimension (Closed)	610 × 532 × 812 mm
Genetic Analyzer Dimension (Open)	1225 × 532 × 812 mm
Packing Dimension	Wooden Box: 770 × 692 × 1062 mm Carton: 610 × 430 × 131 mm
Genetic Analyzer Net Weight	95 Kg
Gross Weight	Wooden Box: 128 kg Cartoon: 6 kg

Features

Standard Database Export

-Based Consumable Tracking

Consistent Instrument Performance

Multiple Polymer Options Available

Run Length Customization Support

FAQs

1. What is the working principle and detection method of the Genetic Analyzer?

Genetic Analyzer operates using capillary electrophoresis combined with laser-induced fluorescence detection. It uses a 505 nm solid-state semiconductor laser and detects fluorescence signals above 520 nm. This system allows for accurate analysis of fragments by separating them based on size and identifying them using fluorescent labeling, which is critical for applications like analysis and sequencing.

2. How many samples can the analyzer process in one day, and what is the typical runtime per batch?

The analyzer is designed for high-throughput operations and can process up to 760 samples per day. Each batch can include 24 samples, with an average runtime of less than 45 minutes. This efficiency makes it suitable for busy labs requiring rapid analysis, such as forensic databasing or large-scale genetic studies.

3. What sample containers are supported by the analyzer for loading?

It supports automatic sample loading using either 96-well microplates or 8-strip tubes. It includes an automatic polymer injection system that streamlines the preparation process and reduces manual handling. This feature ensures consistency across runs and helps minimize the risk of contamination or user error.

4. What are the main application areas of the Genetic Analyzer?

This analyzer is versatile and is used in several fields, including clinical diagnostics, forensic investigations, cancer research, and genetic studies. It helps detect genetic disorders such as Duchenne muscular dystrophy and spinal muscular atrophy, and is also used in prenatal screening and the analysis of single nucleotide polymorphisms (SNPs), STRs, and AFLPs.

5. Can the analyzer be used for criminal forensics and databasing?

Genetic Analyzer is frequently used in forensic labs for constructing databases, especially through Short Tandem Repeat () analysis. Its high throughput and precise fluorescence detection make it ideal for matching profiles in criminal investigations, paternity cases, and missing person identification.