APS Lifetech 0.2ml PCR 8-Strip Tube with Separate - Domed Cap Pack of 125 Pieces (MAG-2002(S)

Key Features:

PCR 8-Strip Tubes: These tubes are designed in a convenient 8-strip format, allowing for simultaneous processing of multiple samples. Ideal for various molecular biology applications, including PCR, DNA/RNA amplification, and sample storage.

Separate Domed Caps: Each tube comes with a separate domed cap, providing flexibility in sealing options. This allows for efficient sample protection and easy access to individual tubes as needed.

Pack of 125 Pieces: Each pack includes 125 individual 8-strip tubes with separate domed caps, offering a practical and cost-effective solution for laboratories with moderate to high-throughput demands.

Premium Quality Materials: Crafted from high-quality materials, these PCR 8-strip tubes guarantee durability and consistent performance. They withstand the challenges of centrifugation and thermal cycling without compromising sample integrity.

Versatile Compatibility: Compatible with various thermal cyclers, these 8-strip tubes seamlessly integrate into standard laboratory protocols, ensuring ease of use in diverse research applications.

Clear Visibility: Constructed from transparent materials, the tubes provide clear visibility of the sample content. This feature promotes easy monitoring and tracking of samples throughout laboratory procedures.

Graduated Markings: The tubes feature graduated volume markings, facilitating accurate sample loading and tracking. This enhances precision in experimental procedures and minimizes the likelihood of errors.

Secure Sealing: The separate domed caps ensure a secure and reliable seal, preventing sample leakage and maintaining the integrity of the samples, especially during high-speed centrifugation.

Quality Assurance: As a product of APS Lifetech, these PCR 8-strip tubes adhere to stringent quality assurance standards. Researchers and scientists can trust the performance and reliability of these tubes, ensuring the accuracy and reproducibility of their experiments.