PCR System Q160C

The LongGene Scientific Q160C PCR System is an advanced platform for polymerase chain reaction (PCR), allowing rapid and accurate amplification of nucleic acids for research and diagnostics.

The LongGene Scientific Q160C PCR System is an advanced PCR device that allows up to 16 tests to be performed simultaneously. Its convenience and effectiveness make it an ideal choice for laboratories of various sizes. No specific laboratory is required to use this instrument, as it offers a portable and user-friendly solution.

This PCR system uses the real-time reverse transcription polymerase chain reaction (RT-PCR) amplification method for processing and analyzing PCR tests quickly and accurately. This makes it a valuable tool for in vitro molecular diagnostics, allowing qualitative detection of specific targets with high sensitivity and specificity.

With the ability to perform up to 16 tests simultaneously, this system offers exceptional efficiency, allowing healthcare professionals to process a large volume of samples quickly and effectively. Additionally, its accuracy and reliability ensure consistent results in every test conducted.

The LongGene Scientific Q160C PCR System is CE certified and approved in the European Union, ensuring compliance with the highest standards of quality and safety. This provides users with the peace of mind that they are using a reliable and safe device for their molecular diagnostic needs.

Equipped with a 7-inch color touchscreen, users can easily edit, evaluate, and visualize test results quickly and intuitively. Additionally, the system uses SSLP CCD imaging technology to ensure accurate and reliable fluorescence detection in each test well.

The LongGene Scientific Q160C PCR System offers precise temperature control to ensure reliable and consistent results in every test conducted. With a block temperature range from 4°C to 100°C, this system allows for a wide range of PCR tests, covering various applications. Additionally, its maximum heating rate of 5°C per second and maximum cooling rate of 4°C per second ensure fast cycle times, contributing to greater efficiency in the laboratory.

The temperature uniformity of the LongGene Q160C is impressive, with a variation of just ±0.25°C at 90°C, ensuring that all samples are subjected to the same thermal conditions during the amplification cycle. Additionally, its temperature accuracy of ±0.25°C, 10 seconds after reaching 90°C, ensures consistent and reliable results in every test run.

This PCR system is equipped with a Block & Sim-tube temperature control mode, providing flexibility in choosing the most suitable detection method for each application. Additionally, the heating lid temperature can range from 30°C to 112°C, ensuring proper sealing of samples during the amplification cycle and minimizing evaporation.

For fluorescence detection, the LongGene Q160C uses long-life LEDs for excitation and CCDs for detection, providing a wide dynamic range of detection from 1-1010 and high sensitivity, allowing detection of up to 1 copy of the target. Additionally, its T-Optical top excitation detection technology eliminates the need for moving parts, ensuring reliable and maintenance-free operation.

With a variety of data export formats, including TXT, PDF, and WORD, the LongGene Q160C offers flexibility in analyzing and interpreting test results. This allows users to easily share test data with other healthcare professionals or incorporate them into reports and documents as needed.

In summary, the LongGene Scientific Q160C PCR System offers precise temperature control, sensitive fluorescence detection, and a variety of advanced features to meet the needs of modern molecular diagnostic laboratories. Its combination of performance and versatility makes it an ideal choice for a wide range of PCR applications.

• Power Supply: 85V-265V, 50-60Hz
• Power Consumption: 160 W

• Weight: 3.6 kg
• Dimensions (L x W x H): 305 x 179 x 186 mm

• Communications: USB 2.0 and LAN, data export via USB flash drive.

For more information, please refer to the PDF file.