As a classic product series of Bioer Technology, LineGene series, LineGene 9600 Plus adopts customized long-life semiconductor cooling chips, high-precision optical filters, high-temperature-resistant professional optical fibers, and other high-precision cutting-edge components. It is equipped with a new global wide-voltage switch power supply, unique modular heat dissipation technology, and patented bottom detection technology, giving the product faster temperature ramp rates, better temperature control accuracy and uniformity, as well as stronger and more stable detection performance. The product fully meets the testing needs of various users in scientific research, clinical applications, and more, assisting users in achieving absolute quantification/multiplex quantification analysis, qualitative analysis, SNP analysis, melt curve analysis, HRM analysis, and many other genetic testing.
Product Features
- Unique bottom scanning, excellent signal-to-noise ratio, high sensitivity, enabling trace detection.
- Utilizes encapsulated semiconductor cooling chips, significantly extending the component's lifespan.
- Equipped with 6 long-life LED excitation light sources, maintenance-free, with no cross-interference between channels.
- Professional optical fiber transmission, eliminating edge path differences, calibration-free.
- Ultra-high sensitivity PMT detector, coupled with a precise optical path system, achieving more accurate detection.
- Powerful software analysis capabilities with flexible program settings.
Application Fields
- Gene Expression Analysis
- Pathogen Detection
- Genetic Testing
- Environmental Monitoring
- Food Safety
Specification
Model |
FQD-96A (EA4) |
Sample Throughput
|
1-96 |
Applicable Consumables |
0.2mL 96-Well PCR Plate, 0.2mL PCR Tube, 0.2mL PCR 8-strip Tube
|
Detection Channel |
4 Channels (5, 6 channels optional) |
Wavelength |
Excitation Wavelength: 300-800nm; Emission Wavelength: 500-800nm
|
Power Input |
AC, 100-240V, 50/60HZ, 650W |
Dimension |
410 mm×386 mm×352 mm (L×W×H) |
Certificate |
CE-IVDR |