300uL Hamilton™ STAR/STARlet, Nimbus, and Microlab STARplus Compatible Robotic Automation Clear CO-RE® Style Tips (P50), 96-Well Head/Tip Format, Low Retention, Sterile - 24 Racks of 96, 2304/Case

Alkali Scientific™ automatic transparent 300 µL Hamilton™ STAR/STARlet, Nimbus, and Microlab STARplus compatible robotic automation clear CO-RE® style tips are made from high-quality polypropylene (PP), with a special surface treatment that enhances hydrophobicity. These transparent tips are precisely engineered for specialized applications, offering improved efficiency and repeatability in your processes.

• Material: Manufactured from medical-grade, high-tenacity polypropylene (PP), carefully selected and imported to meet stringent industry standards, ensuring consistent material stability across batches.
• Production Environment: Produced in 100,000-class cleanroom facilities to ensure the absence of DNA, RNA, protease, and endotoxins. The collection and packaging process includes batch numbering for product traceability, enhancing experimental precision and reducing variability between products.
• Surface Technology: Advanced processing ensures the tips have a smooth inner surface, minimizing liquid retention and improving the accuracy of transfers.
• Structural Testing: The tips are tested against original adapter specifications using a reliable injection molding process, ensuring excellent airtightness, adaptability, and mechanical precision during operation.
• Quality Control: Rigorous quality control measures are in place, including tests for DNA, RNA, protease, endotoxins, and sterility, ensuring the highest level of product integrity.
• Airtightness Testing: Precision detectors are used to check the airtightness between the tips and adapters, ensuring reliable and consistent performance in every batch.
• Production Monitoring: On-line testing equipment monitors product size and concentricity throughout production, optimizing time and ensuring consistent product quality.
• Performance: The tips are filtered through porous material to ensure optimal performance. Their high hydrophobicity provides a strong barrier against aerosols, minimizing the risk of sample cross-contamination.

Read Less