Sample Preparation, Consumables
IndustriesManufacturerWaters
Importance of the Topic
Reliable and reproducible laboratory workflows depend not only on robust instrumentation and software but also on the careful selection and management of consumables. A comprehensive consumable catalog underpins the design and execution of automated protocols, ensuring traceability and quality control. The OneLab 1.10.2 consumable catalog exemplifies this by delivering an up-to-date, structured listing of bottles, reservoirs, chips, columns, microplates, pipette tips, tubes and vials compatible with the Andrew+ Pipetting Robot and Pipette+ Intelligent Pipetting System.
Objectives and Overview of the Catalog
The primary goal of this catalog is to provide users of the OneLab environment with a single reference source covering:
- The latest compatible consumables from leading manufacturers
- Detailed descriptions and technical parameters
- Compatibility matrices with single-, multi-channel and volume ranges of pipettes
- Packaging and rack formats optimized for automation
Methodology and Instrumentation
This catalog results from a systematic review and validation process involving:
- Collaboration with partner organizations (e.g., Agilent, Waters, Eppendorf, Corning, Sartorius)
- Laboratory testing of fit, form and function on the Andrew Alliance automated platform
- Verification of chemical, thermal and mechanical performance specifications
- Integration of each consumable’s data into the OneLab cloud-based environment for real-time availability and updates
- Andrew+ Pipetting Robot
- Pipette+ Intelligent Pipetting System
- OneLab cloud-based protocol design and execution software
Key Findings and Discussion
Review of the catalog revealed several important insights:
- Wide product diversity ensures coverage of standard lab workflows and specialized applications—from routine reagent reservoirs to advanced microfluidic chips for photoredox screening.
- Standardized rack formats (SBS/ANSI) and barcoding enhance sample tracking and compatibility with robotic handlers.
- Specialty consumables (e.g., low-binding plates, phospholipid-removing SPE plates, 2D-coded cryo tubes) address critical pain points such as sample loss, matrix effects and long-term storage integrity.
- Regular catalog updates allow OneLab users to adopt new consumables promptly, maintaining high levels of reproducibility.
Benefits and Practical Applications
By centralizing consumable information, the catalog offers:
- Streamlined protocol development and execution—users select pre-validated consumables in OneLab software
- Improved traceability—each consumable is uniquely identified and linked to metadata in the cloud
- Reduced downtime—clear compatibility guidance minimizes trial-and-error in consumable procurement
- Enhanced method robustness—specialty consumables mitigate known analytical issues (e.g., carry-over, adsorption, dead volume)
Future Trends and Potential Uses
As automated and connected laboratories evolve, consumable catalogs will increasingly integrate:
- Real-time inventory management and electronic reordering via cloud connectivity
- Extended metadata—real-world performance metrics, user ratings and sustainability indicators
- Dynamic compatibility updates as new pipetting modules, tips and racks are released
- AI-driven recommendations for consumable selection based on protocol patterns
Conclusion
The OneLab 1.10.2 consumable catalog represents a critical resource for laboratories seeking to leverage automation, software-driven workflows and connected devices. By providing a structured, validated and regularly updated reference, the catalog enhances reproducibility, efficiency and traceability across a wide range of analytical and life-science applications.
Reference
Andrew Alliance. OneLab Consumable Catalog, version 1.10.2, Andrew Alliance S.A. 2023.
Waters Corporation. Product Specifications and Technical Data Sheets.
Eppendorf, Corning, Sartorius, Greiner Bio-One, Thermo Scientific. Technical Manuals and Application Notes.
Content was automatically generated from an orignal PDF document using AI and may contain inaccuracies.