Modern detection scenarios need to face requirements such as rapid increase and decrease in sample size, multi item compound parallelism, and high detection efficiency. Under the condition that the peak throughput can meet the demand, a flexible dispensing solution for different detection throughputs can effectively meet the above requirements.
Emos-Gene series real-time PCR system adopts a special design of 3 blocks* 32-well position, which can simultaneously run three different detection items or only detect one item, achieving tidal throughput and on-demand dispensing. Emos-Gene 400 (A) adopts a 4-channel design.
▪ User-Friendly Operation
Automatic analysis provides positive and negative results, which can meet the detection needs of various analysis modes such as qualitative / quantitative, genotyping, isothermal amplification, melting curve, etc.
With a 13.3-inch touch screen, a single machine can complete operations such as protocol settings, testing, result analysis, report export, etc.
Advanced Ct and image recognition algorithms enable result analysis without the need for reference dyes, improving experimental efficiency.
▪ Advanced Temperature Control System
The independent block has independent temperature control. The combination of high-quality block materials and high-precision block temperature control system ensures the thermal conduction effect to achieve excellent temperature uniformity.
Adaptive determination of the height of the thermo lid, which can automatically determine the required pressing force based on the height of the test tube, improve sealing performance and avoid reagent evaporation.
▪Fast and Reliable Optical Detection System
Using top imaging technology and full well optical path detection, fast detection speed, 5s to complete the detection of 3 blocks and 6 channels.
Long-life LED light source with a CMOS imaging system and a set of finely adjusted independent filter wheels, and the channels can be freely combined, which can cope with multiple detection experiments.
Using optical fiber conduction to improve the fluorescence signal strength, reduce the optical conduction loss, and eliminate the edge effect in the optical path.