PE12792 Pipette Micro Tip

Pipette Micro Tip Description

Pipette Micro Tip is a laboratory accessory fabricated from polymer materials available as PP and PO. Engineered to meet dimensional accuracy requirements, these tips ensure minimal dead volume and consistent interfacing with pipetting devices. Their chemical inertness and smooth surface finish reduce sample interaction and potential cross-contamination. The design supports high-precision liquid handling in analytical and research settings, serving as a critical component in routine laboratory operations.

Pipette Micro Tip Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Pipette Micro Tip Applications

Laboratory Liquid Handling
- Used as a disposable tip in pipettes to achieve contamination-free sample transfer by utilising its chemical inertness and accurate dimensional design.

Automated Pipetting Systems
- Applied as an interface component in robotic liquid handling platforms to ensure consistent volume delivery by employing tight manufacturing tolerances.

Custom Laboratory Setups
- Serves as a precision tool in microfluidic devices to facilitate accurate fluid manipulation by taking advantage of its low surface energy and defined geometry.

Pipette Micro Tip Packing

Pipette Micro Tips are individually sealed in moisture-resistant, anti-static bags and further arranged in sturdy, protective boxes. The packing process minimises physical impacts and prevents contamination during transit and storage. The tips should be stored in a clean, temperature-controlled environment to maintain integrity. Customised packaging solutions are available to meet specific laboratory storage and handling requirements.

Additional Information

Pipette micro tips play a vital role in many laboratory processes, especially where precise liquid handling is necessary. Their polymer composition and dimensional accuracy are integral to maintaining sample purity and measurement consistency. Advances in polymer processing and quality control have enabled the production of tips that consistently meet the stringent demands of modern analytical and research laboratories.

Understanding the properties of polymer materials like PP and PO is crucial in material science. These polymers are selected for applications that require chemical resistance, structural consistency, and ease of sterilisation. Ongoing research continues to optimise these materials for enhanced performance in various laboratory and industrial settings.