SuperVap®
Dry, Automated, and Ready for GC/MS and LC/MS
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SuperVap®
Dry, Automated, and Ready for GC/MS and LC/MS
SuperVAP-6 ▼ SuperVap- 12 ▼ SuperVap-24 ▼ SuperVap – PFC-12 ▼
SuperVap-12
Automated 12-sample evaporation system
SuperVap® 12 – Automated Evaporation for High-Throughput Labs
Automated Evaporation with the SuperVap® 12 offers laboratories a fast, hands-free way to reduce solvent volume across multiple samples. This advanced dry evaporation system processes up to 12 samples in parallel, delivering concentrated extracts directly into GC vials. As a result, labs improve efficiency, reduce manual steps, and maintain sample integrity.
Automated Evaporation Using Vortex, Heat, and Nitrogen
Automated Evaporation in the SuperVap® 12 relies on a powerful combination of vortex-assisted gas flow, controlled dry heat, and inert nitrogen. These elements work together to provide gentle yet fast evaporation. This method is especially well-suited for low-level detection of PFAS and dioxins. Key benefits include:
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Vortex motion improves solvent surface exposure, increasing evaporation speed
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Nitrogen protects analytes from oxidation and cross-contamination
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Controlled heat avoids degradation of sensitive compounds
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Together, these features ensure full analyte recovery—even at trace levels
This makes the SuperVap® 12 a reliable system for trace analysis and sensitive workflows.
Advantages Over Traditional Water Bath Evaporation
When compared to older water bath systems, the SuperVap® 12 provides clear and modern advantages:
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Waterless operation: No cleaning, no algae, no deionized water required
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Improved safety: No burns or leaks from hot water
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Cleaner evaporation: Prevents water vapor contamination
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Uniform heating: Ensures consistent sample processing
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Low maintenance: Reduces downtime and operating costs
Because of these benefits, automated evaporation with the SuperVap® 12 is more efficient and dependable.
Why SuperVap® 12 Is the Right Choice for Automated Evaporation
The SuperVap® 12 is built for laboratories that value speed, reproducibility, and automation. It supports a variety of applications, from food testing to environmental analysis. Key features include:
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12-position parallel evaporation for greater throughput
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Automatic endpoint detection to prevent overdrying or sample loss
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Direct-to-vial delivery, which reduces transfer errors and contamination risks
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Wide solvent compatibility, allowing flexibility in sample types
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Consistent, reproducible results, no matter the method or matrix
Whether you are working in pharmaceuticals, clinical research, or environmental testing, automated evaporation with the SuperVap® 12 helps you achieve faster, cleaner, and more reliable results.
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Key Features and Benefits
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Parallel Evaporation of 12 Samples: Evaporates up to 12 samples simultaneously using nitrogen, vortex motion, and controlled heat—maximizing throughput and improving consistency.
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No Water Bath or Glassware Transfers Required: Eliminates the need for traditional water baths and manual sample handling, reducing maintenance, contamination risks, and labor time.
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Compatible with GC/MS and LC/MS Workflows: Optimized for seamless integration with modern analytical platforms, delivering clean extracts ready for direct injection.
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Touchscreen-Controlled Programmable Operation: User-friendly interface with real-time temperature plotting and programmable methods supports fully unattended workflows.
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Certified Contaminant-Free for PFAS Analysis: All components are rigorously tested and certified to be PFAS clean, ensuring ultra-low background and regulatory compliance.
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Dry Evaporation Technology: Eliminates water-related hazards and contamination sources, providing a more robust and clean system.
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12-Position Capacity: Simultaneous processing of up to 12 samples, each up to 40 mL, increases efficiency in high-volume laboratories.
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Dual Evaporation Modes: Supports both time-based and automatic endpoint detection modes to fit a variety of lab protocols.
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Automatic Endpoint Detection: Smart sensors stop heating and nitrogen flow automatically when the target volume is reached, preventing over-concentration.
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High-Speed Evaporation: Controlled heating and nitrogen flow accelerate processing, reducing overall evaporation time.
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Reproducible Results: Uniform evaporation conditions across all positions ensure consistent performance batch after batch.
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Versatile Compatibility: Handles a wide range of solvents and sample types for use in environmental, food, pharmaceutical, and chemical testing.
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Cost-Effective Operation: Reduces solvent usage and manual labor, providing long-term savings and high ROI.
Applications
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Clinical Research: Concentrating biological samples for diagnostic and therapeutic workflows.
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Food and Beverage Testing: Preparing samples for contaminant detection and regulatory compliance.
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Environmental Studies: Evaporating extracts from soil, sludge, wastewater, and surface water.
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Pharmaceuticals: Preparing drug substances and formulations for assay and development.
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Key Features and Benefits
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Parallel Evaporation of 12 Samples: Evaporates up to 12 samples simultaneously using nitrogen, vortex motion, and controlled heat—maximizing throughput and improving consistency.
-
No Water Bath or Glassware Transfers Required: Eliminates the need for traditional water baths and manual sample handling, reducing maintenance, contamination risks, and labor time.
-
Compatible with GC/MS and LC/MS Workflows: Optimized for seamless integration with modern analytical platforms, delivering clean extracts ready for direct injection.
-
Touchscreen-Controlled Programmable Operation: User-friendly interface with real-time temperature plotting and programmable methods supports fully unattended workflows.
-
Certified Contaminant-Free for PFAS Analysis: All components are rigorously tested and certified to be PFAS clean, ensuring ultra-low background and regulatory compliance.
-
Dry Evaporation Technology: Eliminates water-related hazards and contamination sources, providing a more robust and clean system.
-
12-Position Capacity: Simultaneous processing of up to 12 samples, each up to 40 mL, increases efficiency in high-volume laboratories.
-
Dual Evaporation Modes: Supports both time-based and automatic endpoint detection modes to fit a variety of lab protocols.
-
Automatic Endpoint Detection: Smart sensors stop heating and nitrogen flow automatically when the target volume is reached, preventing over-concentration.
-
High-Speed Evaporation: Controlled heating and nitrogen flow accelerate processing, reducing overall evaporation time.
-
Reproducible Results: Uniform evaporation conditions across all positions ensure consistent performance batch after batch.
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Versatile Compatibility: Handles a wide range of solvents and sample types for use in environmental, food, pharmaceutical, and chemical testing.
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Cost-Effective Operation: Reduces solvent usage and manual labor, providing long-term savings and high ROI.
Applications
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Clinical Research: Concentrating biological samples for diagnostic and therapeutic workflows.
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Food and Beverage Testing: Preparing samples for contaminant detection and regulatory compliance.
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Environmental Studies: Evaporating extracts from soil, sludge, wastewater, and surface water.
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Pharmaceuticals: Preparing drug substances and formulations for assay and 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:
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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.