Product Description
National Analytical Corporation is offering a wide range of tips that are used in the molecular devices flexstation automation systems. The 200µL black conductive robotic tips are completely non-pyrogenic and are offered in various tip formats. These are prepared using automation to guarantee their best quality and consistent performance. The robotic tips offered by us are RNase-/DNase-free. We provide non pyrogenic 200µL black conductive robotic tips in various options such as nonsterile, sterile, non-filtered and filtered.
- Fully and repeatedly autoclavable at 121°C.
- Available in a pre-sterilized packaging.
- Non-pyrogenic and free of RNase, DNase, and human genomic DNA.
- Made from 100% virgin polypropylene.
- Designed to ensure minimal immersion of the tip into the liquid.
- Designed for 100% automated assembly.
- Work without the risk of viscous materials or aerosolized contamination.
- Perfect match the TECAN Freedom EVO and Genesis RSP liquid handling system.
Available Packaging:
Cat.# NAC200TC-C 96 tips/unit, 24 units/carton.
Advanced Conductive Design for Robotic AutomationThese black robotic pipette tips are meticulously crafted with a conductive additive in polypropylene, providing the necessary electrical conductivity for automated liquid handling. Their compatibility with various robotic workstations enables seamless integration into automated systems, while the color and design ensure quick visual identification and reliable process monitoring.
Exceptional Sterility and Quality AssuranceEach tip is individually sterilized to maintain a non-pyrogenic, DNase/RNase-free standard, making them suitable for sensitive laboratory applications. Lot traceability and clear lot numbering assure stringent quality control, while a 5-year shelf life from the date of manufacture guarantees long-lasting usability and stability for your laboratorys inventory.
Flexible Packaging and Usage OptionsOur tips are available in both racked and bulk packaging, meeting the demands of various throughput needs. Choose between filter or non-filter variants based on your experimental requirements, and benefit from the tips wide temperature tolerance range, supporting numerous protocols, from freezing to high-temperature processes.
FAQs of Non-Pyrogenic 200l Conductive Black Robotic Tips:
Q: How are the 200l conductive robotic tips used in laboratory automation?
A: These tips are designed for use with automated liquid handling systems. They facilitate precise pipetting by detecting liquid levels through their conductive properties, ensuring high-accuracy measurements between 1l and 200l for a variety of laboratory workflows.
Q: What makes these robotic tips suitable for contamination-sensitive applications?
A: Manufactured to be non-pyrogenic and DNase/RNase free, the tips minimize the risk of sample contamination. Their sterile packaging further protects samples, making them ideal for molecular biology, diagnostics, and clinical laboratories.
Q: When should I choose filter versus non-filter options for these tips?
A: Use the filter tips when you need to prevent aerosols or sample carryover, such as in genetic or clinical assays. Non-filter tips are suitable for standard liquid handling procedures where the risk of cross-contamination is lower.
Q: Where can these pipette tips be used?
A: They are compatible with various automated pipetting workstations found in research institutes, diagnostic centers, pharmaceutical labs, and quality control facilities, both in India and globally.
Q: What is the process of ensuring tip quality and traceability?
A: Each batch is assigned a unique lot number, enabling full traceability for quality control. This facilitates recall, reporting, and compliance with laboratory standards and protocols.
Q: What are the benefits of using conductive robotic tips in automated systems?
A: These tips enhance accuracy and consistency in automated liquid handling by allowing liquid level detection, supporting reproducible results. Their single-use design and non-pyrogenic nature further ensure sample integrity and laboratory efficiency.