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SuperVap®
Dry, Automated, and Ready for GC/MS and LC/MS
SuperVAP-6 SuperVap- 12 SuperVap-24 SuperVap – PFC-24
SuperVap-12
Precision Dry Evaporation, Direct to GC Vials

SuperVap® 12 – Advanced Dry Evaporation & Concentration System
Accelerate Your Workflow with Precision Dry Evaporation and Direct-to-Vial Delivery
The SuperVap® 12 is a state-of-the-art dry evaporation system engineered for laboratories requiring rapid, precise, and reproducible solvent evaporation. Designed for high-throughput workflows, it eliminates manual transfer steps and enhances sample integrity by delivering concentrated extracts directly into GC-compatible vials.
The SuperVap® 12 features a 12-position design, allowing laboratories to evaporate and concentrate larger sample sets in parallel while maintaining outstanding consistency and efficiency.
Advantages Over Traditional Water Bath Evaporators
Dry evaporators like the SuperVap® 12 offer several advantages over conventional water bath systems:
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Reduced Maintenance
Eliminates the need for water bath maintenance, such as cleaning and deionizing water, and avoids issues like algae growth. -
Enhanced Sample Integrity
Prevents contamination from water vapor or spills, ensuring cleaner sample processing. -
Improved Safety
Reduces the risk of burns and other hazards associated with hot water baths. -
Consistent Performance
Provides uniform heating and evaporation conditions, leading to more reliable and reproducible results.
Why Choose SuperVap® 12?
The SuperVap® 12 redefines solvent evaporation by combining high-throughput capacity, precision control, and full automation. Its direct-to-vial delivery and automatic endpoint detection significantly streamline sample preparation, minimize errors, and maximize laboratory efficiency.
Whether you are concentrating clinical samples, environmental extracts, or food residues, the SuperVap® 12 provides a reliable, scalable solution for all your evaporation and concentration needs.
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Key Features and Benefits
-
Dry Evaporation Technology
Eliminates the need for water baths, significantly reducing maintenance, contamination risks, and water-related hazards. -
12-Position Capacity
Simultaneously processes up to twelve samples, each up to 40 mL, maximizing laboratory throughput for higher sample volumes. -
Dual Evaporation Modes
Offers both time-based evaporation and automatic endpoint detection modes to support a variety of sample preparation protocols. -
Automatic Endpoint Detection
Integrated sensors detect when the sample reaches the desired final volume, automatically stopping nitrogen flow and heating to prevent over-concentration and ensure sample integrity. -
Direct-to-Vial Delivery
Concentrated samples are automatically delivered directly into 2 mL GC-compatible vials, eliminating manual transfer, minimizing cross-contamination, and streamlining workflows for GC/MS and LC/MS analysis. -
High-Speed Evaporation
Advanced heating and nitrogen flow control technologies accelerate the evaporation process, reducing turnaround time and increasing laboratory productivity. -
Reproducible Results
Ensures uniform and controlled evaporation conditions across all twelve positions, delivering consistent and reproducible results every time. -
Versatile Compatibility
Supports a wide range of solvents and sample matrices, making it adaptable for environmental, food, pharmaceutical, and chemical analysis. -
Cost-Effective Operation
Reduces solvent consumption and manual labor costs, delivering measurable return on investment and improved operational efficiency. -
User-Friendly Interface
Programmable operation with intuitive controls enables hands-free, unattended evaporation, freeing staff for higher-value tasks.
Applications
-
Clinical Research: Concentrating biological samples for diagnostic and therapeutic analysis.
-
Food and Beverage Testing: Concentrating residues and contaminants for quality control and regulatory compliance.
-
Environmental Studies: Evaporating solvents from complex matrices like soil, sludge, and water samples.
-
Pharmaceuticals: Preparing active ingredients and formulations for potency testing and product development.
-
-
-
-
-
Key Features and Benefits
-
Dry Evaporation Technology
Eliminates the need for water baths, significantly reducing maintenance, contamination risks, and water-related hazards. -
12-Position Capacity
Simultaneously processes up to twelve samples, each up to 40 mL, maximizing laboratory throughput for higher sample volumes. -
Dual Evaporation Modes
Offers both time-based evaporation and automatic endpoint detection modes to support a variety of sample preparation protocols. -
Automatic Endpoint Detection
Integrated sensors detect when the sample reaches the desired final volume, automatically stopping nitrogen flow and heating to prevent over-concentration and ensure sample integrity. -
Direct-to-Vial Delivery
Concentrated samples are automatically delivered directly into 2 mL GC-compatible vials, eliminating manual transfer, minimizing cross-contamination, and streamlining workflows for GC/MS and LC/MS analysis. -
High-Speed Evaporation
Advanced heating and nitrogen flow control technologies accelerate the evaporation process, reducing turnaround time and increasing laboratory productivity. -
Reproducible Results
Ensures uniform and controlled evaporation conditions across all twelve positions, delivering consistent and reproducible results every time. -
Versatile Compatibility
Supports a wide range of solvents and sample matrices, making it adaptable for environmental, food, pharmaceutical, and chemical analysis. -
Cost-Effective Operation
Reduces solvent consumption and manual labor costs, delivering measurable return on investment and improved operational efficiency. -
User-Friendly Interface
Programmable operation with intuitive controls enables hands-free, unattended evaporation, freeing staff for higher-value tasks.
Applications
-
Clinical Research: Concentrating biological samples for diagnostic and therapeutic analysis.
-
Food and Beverage Testing: Concentrating residues and contaminants for quality control and regulatory compliance.
-
Environmental Studies: Evaporating solvents from complex matrices like soil, sludge, and water samples.
-
Pharmaceuticals: Preparing active ingredients and formulations for potency testing and product development.
-
-
SuperVap® 12 – Advanced Dry Evaporation & Concentration System
Accelerate Your Workflow with Precision Dry Evaporation and Direct-to-Vial Delivery
The SuperVap® 12 is a state-of-the-art dry evaporation system engineered for laboratories requiring rapid, precise, and reproducible solvent evaporation. Designed for high-throughput workflows, it eliminates manual transfer steps and enhances sample integrity by delivering concentrated extracts directly into GC-compatible vials.
The SuperVap® 12 features a 12-position design, allowing laboratories to evaporate and concentrate larger sample sets in parallel while maintaining outstanding consistency and efficiency.
Advantages Over Traditional Water Bath Evaporators
Dry evaporators like the SuperVap® 12 offer several advantages over conventional water bath systems:
-
Reduced Maintenance
Eliminates the need for water bath maintenance, such as cleaning and deionizing water, and avoids issues like algae growth. -
Enhanced Sample Integrity
Prevents contamination from water vapor or spills, ensuring cleaner sample processing. -
Improved Safety
Reduces the risk of burns and other hazards associated with hot water baths. -
Consistent Performance
Provides uniform heating and evaporation conditions, leading to more reliable and reproducible results.
Why Choose SuperVap® 12?
The SuperVap® 12 redefines solvent evaporation by combining high-throughput capacity, precision control, and full automation. Its direct-to-vial delivery and automatic endpoint detection significantly streamline sample preparation, minimize errors, and maximize laboratory efficiency.
Whether you are concentrating clinical samples, environmental extracts, or food residues, the SuperVap® 12 provides a reliable, scalable solution for all your evaporation and concentration needs.