Introduction to the characteristics of 8 Strip PCR Tubes and the production process

Needless to say, PCR octuplets are very powerful and versatile in biotechnological activities, and octuplets can be found in various biological laboratories. Here, we will learn about the product features of PCR 8 Strip Tubes and the production process.

8 Strip PCR Tubes

1. Product features.
1)100,000 dust level clean room, free of DNA and RNA, pyrogen, medical polypropylene material;
2) Ultra-thin uniform tube wall, faster and more accurate thermal conductivity, accurate temperature control;
3) Optical cover, fluorescence transmission rate of 95% or more;
4)Suitable for real-time PCR and general PCR and reverse transcription experiment supplies;
5)Applicable models: bio-rad ABI Agilent and general PCR instruments.

2. Process of making 8 Strip PCR Tubes
Product quality and production process are inseparable. Advanced manufacturing technology and high-precision equipment is the premise of product quality. PCR experiments pay special attention to the wall thickness of PCR material, which requires ultra-thin and uniform wall thickness uniformity to ensure the heating module. The heat is transferred uniformly to the sample in PCR Strip Tubes to achieve the accuracy of the experimental results.

3. Light transmission
Due to the nature of most fluorescent quantitative PCR instruments, the light path needs to be conducted from the top of the consumable to the inside of the tube, so the semi-transparency of the consumable needs to be particularly high.

4. Sealing
The sealing performance of the tube cover and the tube body needs to be particularly good to prevent the sample from evaporating inside the tube, to avoid cross-contamination, and to ensure the correctness of the experimental results.

5. Production environment
With good equipment, a clean production plant is also very important. If the sample is contaminated by unclean materials, the experimental results will be very inaccurate. The reason for the investigation is time-consuming and labor-intensive. Strict production quality control can ensure the performance of each batch. stable and ensure the accuracy and reproducibility of experimental data.