1000uL Hamilton™ STAR/STARlet, Nimbus, and Microlab STARplus Compatible Robotic Automation Black Conductive CO-RE® Style Tips (P50), 96-Well Head/Tip Format, Low Retention, Sterile - 16 Racks of 96, 1536/Case

Alkali Scientific™ automatic black conductive 1000 µL Hamilton™ STAR/STARlet, Nimbus, and Microlab STARplus compatible robotic automation CO-RE® style tips are crafted from high-quality polypropylene (PP) material, with a specially treated surface that enhances hydrophobicity. These tips are engineered for precise applications, designed to improve efficiency and ensure repeatability in your workflows.

• Material: Manufactured from medical-grade, high-tenacity polypropylene (PP), sourced and selected according to strict industry standards to ensure consistent material quality between batches.
• Production Process: Produced in a 100,000-class cleanroom environment to prevent contamination, ensuring the absence of DNA, RNA, protease, and endotoxins. Every product batch is tracked for traceability, with packaging meticulously numbered to ensure consistency and improve experimental accuracy.
• Surface Technology: Advanced processing techniques are used to provide a smooth inner surface, minimizing liquid retention for more accurate results.
• Structural Integrity: The design is based on original adapter blueprints, with a mature injection molding process ensuring airtight seals and optimal mechanical compatibility, enhancing performance and precision during use.
• Quality Control: Strict quality assurance protocols are followed to meet customer requirements, including testing for DNA, RNA, protease, endotoxins, and sterility.
• Airtightness Testing: Precision detectors are employed to check the seal between the tips and adapters, ensuring every batch meets high standards of air-tightness.
• Production Monitoring: Online testing equipment controls product size and concentricity throughout the manufacturing process, improving time efficiency and maintaining high product quality.
• Optimal Performance: The tips are filtered using a porous material to ensure superior performance, and their hydrophobic properties create an effective barrier against aerosols, preventing cross-contamination.

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