300uL 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 - 24 Racks of 96, 2304/Case

Alkali Scientific™ automatic black conductive 300 µL Hamilton™ STAR/STARlet, Nimbus, and Microlab STARplus compatible robotic automation CO-RE® style tips are made from high-quality polypropylene (PP) polymer, with a surface treatment to enhance hydrophobicity. These black conductive tips are precisely engineered for specialized applications, offering enhanced efficiency and repeatability in your workflows.

• Material: Constructed from medical-grade, high-tenacity polypropylene (PP), carefully selected and imported to meet industry standards, ensuring consistency and stability between batches.
• Production Environment: Manufactured in 100,000-class cleanroom facilities to prevent contamination, ensuring no DNA, RNA, protease, or endotoxins are present. Product point collection and packaging are implemented, with traceability maintained through consistent batch numbering, enhancing experimental accuracy and minimizing product variation.
• Surface Technology: Advanced manufacturing techniques ensure a smooth inner surface, significantly reducing liquid retention for more accurate and reliable results.
• Structural Integrity: Tested against original adapter blueprints using a mature injection molding process, ensuring excellent airtightness and adaptability, which improves the mechanical precision of the tips.
• Quality Control: Strict quality inspections are performed according to customer specifications, with tests for DNA, RNA, protease, endotoxins, and sterility to guarantee product integrity.
• Airtightness Testing: Precision detectors are used to verify airtightness between the tips and adapters, ensuring reliable performance in every batch.
• Production Monitoring: On-line testing equipment controls the size and concentricity of the tips during production, optimizing production time while improving quality consistency.
• Performance: The tips are filtered through porous material to guarantee optimal performance. Their high hydrophobicity forms a strong barrier against aerosols, reducing the risk of sample cross-contamination.

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