i7100 Extended Peel Plate - 384 Well Polypropylene for Life Sciences, Genomics & Drug Discovery - High-Throughput Assays

The i7100 Extended Peel Plate is designed specifically for high-throughput screening applications, particularly in the fields of life sciences, genomics, and drug discovery. This product features a 384 well format that accommodates a wide array of experimental setups, making it suitable for various assays and research needs. Constructed from high-quality polypropylene, the Extended Peel Plate offers durability and robust performance during handling and analysis. It supports a maximum working volume of 40 µL and an optimal working volume range of 20-35 µL, which is well-suited for high-throughput assays that require precise sample management. One of the key features of the i7100 Extended Peel Plate is its compatibility with automated liquid handling systems. This alignment with automation technologies enhances workflow efficiency, addressing challenges in sample handling and processing times associated with high-throughput environments. Safety and reliability are of critical importance in laboratory settings. The design of the plate minimizes both sample loss and the risk of contamination, which is essential for maintaining the integrity of experimental results. Researchers and professionals who prioritize reproducibility and accuracy will find this product conducive to their rigorous demands for data quality. The i7100 Extended Peel Plate can be integrated seamlessly into existing setups with BradyPrinter i7100 Industrial Label Printers, specifically designed for the following: - Removal of labels that adhere strongly, including those with thick liners, ensuring minimal disruption during operations. - Operability requiring a manual button press for label advancement, which avoids complications linked to automatic sensors. - Easy installation into the peel model printers, utilizing a hex key tool, ensuring straightforward setup without the need for extensive modifications. This product serves as a practical solution for professionals engaged in high-throughput sample analysis, streamlining processes while safeguarding the essential aspects of laboratory work.