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

Alkali Scientific™ automatic transparent 1000 µL Hamilton™ STAR/STARlet, Nimbus, and Microlab STARplus compatible robotic automation Clear CO-RE® style tips are made from high-quality polypropylene (PP) polymer, with a surface treated to enhance hydrophobicity. These transparent tips are meticulously designed for specialized applications, delivering improved efficiency and repeatability in your workflows.

• Material: Manufactured from medical-grade, high-tenacity polypropylene (PP), imported and selected to meet stringent industry standards, ensuring material consistency between batches.
• Production Environment: Produced in 100,000-class cleanroom facilities to prevent contamination, ensuring that no DNA, RNA, protease, or endotoxins are present. Each batch is traceable with product point collection and packaging, minimizing variation and enhancing the accuracy of experimental results.
• Surface Technology: Advanced manufacturing processes ensure a smooth inner surface, significantly reducing liquid retention for more precise and reliable results.
• Structural Integrity: The design is tested against original adapter blueprints using a proven injection molding process to ensure airtight seals, optimal adaptability, and mechanical precision during use.
• Quality Control: Strict quality controls are in place to meet customer specifications, with testing for DNA, RNA, protease, endotoxins, and sterility.
• Airtightness Testing: Precision detectors verify the airtightness between the tips and adapters, ensuring that every batch maintains consistent performance.
• Production Monitoring: On-line testing equipment controls size and concentricity during production, improving efficiency and maintaining product quality.
• Performance: These tips are filtered using a porous material for optimal performance, with exceptional hydrophobic properties that create a strong barrier against aerosols, minimizing the risk of sample cross-contamination.

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