50uL 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 50 µL Hamilton™ STAR/STARlet, Nimbus, and Microlab STARplus compatible robotic automation CO-RE® style tips are crafted from high-quality polypropylene (PP) and treated with a specialized process to enhance hydrophobicity. These black conductive tips are precisely engineered for specific applications, providing enhanced efficiency and consistency in your work.

• Material: Manufactured from medical-grade, high-tenacity polypropylene (PP), carefully selected and imported to meet strict industry standards, ensuring consistent material quality between batches.
• Production Environment: Produced in 100,000-class cleanroom conditions to ensure the absence of DNA, RNA, protease, and endotoxins. Each product is assigned a batch number for traceability, improving experimental precision and minimizing product variability.
• Surface Technology: The unique processing ensures that the tips have a smooth inner surface, greatly reducing liquid retention and improving transfer accuracy.
• Structural Testing: The tips are tested against the original adapter specifications using advanced injection molding techniques to guarantee airtightness, adaptability, and mechanical precision during use.
• Quality Control: Strict quality control measures are applied, including DNA, RNA, protease, endotoxin, and sterility testing, ensuring high product integrity.
• Airtightness Testing: Precision detectors are used to verify the airtight seal between the tips and adapters, ensuring reliable performance in each batch.
• Production Monitoring: Online test equipment is used to monitor the size and concentricity of the tips during production, improving efficiency and ensuring consistent product quality.
• Performance: The tips are filtered through a porous material for optimal performance. Their high hydrophobicity creates a strong barrier against aerosols, reducing the risk of sample cross-contamination.

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