Hamilton CO-RE II Wide Bore Conductive Tips

Hamilton CO-RE II Wide Bore Conductive Tips

Description

Hamilton CO-RE II Wide Bore Conductive Tips are designed for liquid handling workflows that require the transfer of viscous liquids, large particles, or fragile cell suspensions. These tips utilise Compressed O-Ring Expansion (CO-RE) technology to ensure a robust, airtight seal and precise tip alignment on automated liquid handling platforms. The conductive properties enable liquid level detection (LLD), allowing the system to monitor the liquid surface during aspiration and dispensing for improved process security.

Key Features

• CO-RE II technology provides a secure, low-force attachment and ejection mechanism to minimise mechanical stress on the system.
• Wide bore orifice design reduces shear forces during aspiration and dispensing, protecting delicate samples and improving flow for viscous fluids.
• Conductive material enables capacitive liquid level detection for automated volume monitoring and tracking.
• High-precision manufacturing ensures consistent tip straightness and positioning for reliable multi-channel pipetting.
• Engineered for seamless integration with Hamilton automated workstations to maintain high-throughput efficiency.

Applications

• Transfer of viscous reagents, oils, or glycerol-based buffers in automated workflows.
• Handling of genomic DNA or fragile cell cultures where low-shear pipetting is required.
• Automated liquid level sensing for volume verification in high-throughput screening.
• Sample preparation involving large particles or heterogeneous suspensions.

Specifications

• Technology: CO-RE II (Compressed O-Ring Expansion)
• Tip Geometry: Wide Bore
• Detection Compatibility: Capacitive Liquid Level Detection (cLLD)
• Material: Conductive Polypropylene

Disclaimer

These tips are designed specifically for use with Hamilton automated liquid handling systems equipped with CO-RE technology. Compatibility with third-party automation platforms is not supported.