Sole Source Document - TurboVap

Significance of the Topic

Efficient solvent evaporation is a fundamental step in sample preparation for analytical workflows across environmental, pharmaceutical, food, and chemical industries. Advanced evaporation systems help laboratories achieve high throughput, reproducibility, and safety while reducing solvent consumption and processing time.

Objectives and Overview of the Document

This document serves as a sole-source specification sheet for Biotage TurboVap evaporation systems (LV, II, EH). It outlines key technical features, operation modes, and the intended applications of the TurboVap line, emphasizing performance improvements over traditional evaporators.

Methodology and Instrumentation

The TurboVap series uses patented vortex shearing technology to accelerate solvent removal from multiple sample vials simultaneously. Core instrument components and options include:

• TurboVap LV: Basic model optimized for routine evaporation tasks
• TurboVap II and EH: Enhanced versions with touchscreen control and expanded method storage
• Adjustable, exchangeable manifolds with removable nozzles for different vial sizes
• Gas flow gradient control featuring ramp and step changes
• End-point sensors enabling unattended operation
• Built-in 7" color touchscreen for method development and recall
• Calibration routines for easy water bath temperature adjustment
• Compact footprint (400 × 400 × 390 mm) allowing benchtop use outside fume hoods

Main Features and Discussion

Key advantages of TurboVap systems are:

• Rapid solvent removal via vortex shearing increases throughput
• Programmable gas flow and temperature profiles ensure gentle, controlled evaporation
• Unattended operation reduces hands-on time and labor costs
• Multi-rack capability allows simultaneous processing of various vial formats
• Compact design frees valuable fume hood space and improves lab organization
• Method storage and touchscreen interface facilitate method transfer and reproducibility

Benefits and Practical Applications

TurboVap systems deliver consistent, fast evaporation for concentration, cleanup, and solvent exchange procedures. Typical applications include pesticide residue analysis, trace organic compound detection, pharmaceutical QC, and environmental contaminant monitoring. The precise control features reduce sample loss and variability, supporting quality assurance and regulatory compliance.

Future Trends and Potential Uses

Emerging directions in evaporation technology integration and laboratory automation include:

• Connectivity with laboratory information management systems (LIMS) for data logging and remote monitoring
• Automated sample handling and integration into end-to-end workflows
• AI-driven method optimization to further reduce solvent usage and processing time
• Miniaturized and portable versions for field-based sample preparation
• Green chemistry initiatives focusing on energy efficiency and waste reduction

Conclusion

The Biotage TurboVap range represents a significant advancement in solvent evaporation technology, combining speed, precision, and unattended operation in a compact footprint. These systems support high-throughput laboratories and stringent QA/QC requirements by delivering reproducible results and operational ease.

Reference

Biotage. Sole Source Document: TurboVap Evaporation Systems. Part Number: PPS441. © 2017 Biotage.