TurboVap LV Multi Rack for Mini Vials (User Instructions)

Importance of the Topic

Efficient solvent evaporation from mini vials is essential for sample preparation in analytical chemistry workflows. A reliable and adaptable rack system supports high-throughput processing, ensures reproducibility, and minimizes sample loss during the concentration step.

Objectives and Study Overview

This document presents the TurboVap LV Multi Rack for Mini Vials (P/N 415489) designed to hold up to 48 vials of 10–16 mm outer diameter and under 45 mm length. The overview covers its adjustable design, compatibility with common tubes, and installation steps for use with a TurboVap LV system.

Methodology and Instrumentation

The rack’s adaptability relies on four height adjustment screws and a reversible top plate for diameter control. Key steps include:

• Select vial type and note dimensions.
• Adjust height using marked positions at 32, 39, and 45 mm.
• Flip and secure the 11/12 mm top plate for vials between 10 and 12 mm diameter.

Used Instrumentation

• TurboVap LV System (for solvent evaporation).
• TurboVap LV Multi Rack for Mini Vials, 48 Positions, 10–16 mm OD, < 45 mm length (Biotage P/N 415489).

Main Results and Discussion

The rack accommodates various common sample containers, including GC/LC vials (12×32 mm), screw/crimp cap vials (4 mL, 15 × 45 mm), and microcentrifuge tubes (1.5–2.0 mL, 42–45 × 11 mm). Its four-height adjustment screws and reversible top plate enable secure holding and optimized exposure during evaporation. The positioning holes facilitate correct top plate installation.

Benefits and Practical Applications

The flexible design allows seamless switching between vial types without additional tools, enhancing laboratory efficiency. Standardized height markers provide rapid setup, while compatibility with multiple tube formats reduces the need for multiple racks. This versatility benefits QA/QC, research, and high-throughput analytical labs.

Future Trends and Potential Applications

Advancements may include automated height and diameter detection, integration with robotic sample handlers, and development of corrosion-resistant materials for aggressive solvents. Customizable rack sizes and modular inserts could further expand compatibility with microplates and novel vial formats.

Conclusion

The TurboVap LV Multi Rack for Mini Vials delivers a robust, adaptable solution for solvent evaporation in analytical workflows. Its adjustable height and diameter features, combined with broad tube compatibility, streamline sample preparation and support high-throughput demands.

References

No external references were provided in the source document.