| Operating Mechanism | Precise control of peltier element |
| Temperature Accuracy | ± 0.2°C |
| Temperature Uniformity | ± 0.2°C (well to well) |
| Ramping Rate | 8°C / second |
| Range of Temperature Setting | 1 ~ 99°C (0.1°C resolution) |
| Sample Format | Polymer based 3-dimensional microfluidic chip |
| Number of Sample per Run | 10 |
| Reaction Volume | 10μl |
| Method of Detection | Measurement of fluorescence signal using CMOS module |
| Display and User Interface | 7 inch TFT display capacitive touch panel |
| Type of Excitation | High brightness LED |
| Detection Channel | FAM and ROX |
| Emission Wavelength | FAM : 472 nm / ROX : 575nm |
| Power | AC 100-240V, 50/60Hz Input / DC 12V Output(MAX 2.0A) |
| Current Consumption | Max. 2.0A |
| Connectors | USB Type A 2 ports |
| Dimension | 218(w) x 200(d) x 142(h) mm |
| Weight | 3.3 kg |
| GX-1399100200 | GeneNAT-300 Real-Time PCR System |
| GX-9900300701 | Optional Power Cable for Battery Operation |
Instrument and Equipment's
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GeneNAT-300 Real-time PCR System
- Patented chip based reaction provides rapid output- “40 Cycles in 20 Minutes”.
- Intuitive user interface (LCD touch panel) makes the test simple and easy.
- Small footprint of the platform makes it ideal for point-of-care testing applications.
- DC driven operation with low power consumption (Battery operation is possible.)
Fast, Compact and Intuitive Platform
for Point-of-care Molecular Diagnostics
- Patented chip based reaction provides rapid output- “40 Cycles in 20 Minutes”.
- Intuitive user interface (LCD touch panel) makes the test simple and easy.
- Small footprint of the platform makes it ideal for point-of-care testing applications.
- DC driven operation with low power consumption (Battery operation is possible.)
- Improved temperature accuracy and uniformity to meet the requirements in diagnostics.
- The model with dual detection channels (FAM/ROX) is available.
Innovative platform to make your PCR diagnostics faster
Long turn around time of PCR test and its bulky and heavy instrumentation have been the key factors limiting the spread of this highly precise and sensitive detection method in point-of-care diagnostic applications. It is a microfluidic chip based PCR method associated with compact and sophisticated hardware mechanism which dramatically reduces the TAT of PCR testing to 30 minutes. GeneNAT-300 platform adopted proprietary polymer chip which enables even faster thermal treatment of the samples than in the case of conventional PCR instruments using PCR tubes. The thermal cycling mechanism of GeneNAT-300 achieves 8°C/sec ramping rate for both heating and cooling. The unique test format and state-of- the-art hardware technology of GeneNAT-300 platform, makes the PCR tests faster than ever.
Integrated touch panel user interface for intuitive controls
GeneNAT-300 Real-Time PCR system has touch panel interface on the top so that users can intuitively set the parameters and instantly run the tests. This 8 inch sized panel is made of TFT display to provide brighter view and faster response.
Improved instrument performance for delicate diagnostic application
While it maintains its unique performances of ultra-fast reactions, GeneNAT-300 real-time PCR system offers improved temperature accuracy and uniformity. This platform has dual detection channels (FAM/ROX) for the application demanding internal controls of the test.