ASE laboratory extractor EXTREVA™ ASE™

accelerated solvent extractionautomatedsolid-liquid

Overview
The EXTREVA ASE Accelerated Solvent Extractor is a fully automated sample‑to‑vial preparation system that integrates accelerated extraction, in‑cell cleanup and automated evaporation into a single walkaway workflow. Engineered with reduced‑PFAS system components to minimize PFAS background, the EXTREVA ASE supports accurate analysis of PFAS and other persistent organic pollutants (POPs) while improving data quality and reducing operator interventions.

Key features

• Fully automated sample‑to‑vial workflow: extraction, in‑cell cleanup and evaporation combined in one system.
• Parallel extraction: up to four samples processed simultaneously to increase laboratory throughput.
• Patented gas‑assisted extraction that lowers solvent consumption and waste (up to ~50% solvent savings).
• Reduced‑PFAS components and workflow design to minimize PFAS background and enhance analytical sensitivity.
• Walkaway operation: automated transfer of extracts to the evaporation carousel, eliminating manual extract transfers.
• Suitable for solid and semi‑solid sample preparation for GC, GC‑MS and LC‑MS.

Applications

• Per‑ and polyfluoroalkyl substances (PFAS)
• Organochlorine pesticides (OCPs)
• Polycyclic aromatic hydrocarbons (PAHs)
• Polychlorinated biphenyls (PCBs)
• Dioxins
• Furans
• Fat content analysis in food matrices
• Extractables & leachables (E&Ls) in biotherapeutics

Benefits

• Integrated sample‑to‑vial automation reduces hands‑on time and lowers risk of contamination or transfer errors.
• Higher laboratory throughput through parallel extraction and automated evaporation.
• Reduced operational costs via lower solvent use and decreased manual labor.
• Improved PFAS testing accuracy by minimizing system background for PFAS.
• Supports compliance with PFAS workflows and methods (for example US EPA Method 1633A).

Sample‑to‑vial automation
The EXTREVA ASE automates the full workflow for solid and semi‑solid samples: load sample cells into the extraction rack, set run parameters on the user interface and the system performs extraction, in‑cell cleanup and automated transfer of extracts to the evaporation carousel for concentration and final vial collection. This end‑to‑end automation reduces manual interventions and streamlines preparation for downstream GC, GC‑MS and LC‑MS analyses.

Ordering information (selection)
Catalog # | Name | Size | Price indicator
22184-60102 | EXTREVA ASE Evaporation Upgrade Kit, Each | Each | Contact for price
B51004594 | EXTREVA ASE System, Extractor Only | Each | Contact for price
B51004598 | EXTREVA ASE Extraction and Evaporation System | Each | Contact for price
B51004603 | EXTREVA ASE PFAS Analysis Upgrade Kit | Each | Contact for price
B51004605 | EXTREVA ASE Solvent Bottle Tubing and Caps for PFAS Analysis | Each | Contact for price
B51004606 | EXTREVA ASE Solvent Bottle Filters for PFAS Analysis | Each | Contact for price

Technical specifications

• Integrated operations: accelerated extraction, in‑cell cleanup and automated evaporation (sample‑to‑vial).
• Throughput: up to four samples extracted in parallel.
• Extraction technology: patented gas‑assisted extraction to reduce solvent consumption by approximately 50%.
• Evaporation: automated transfer to evaporation carousel to eliminate manual transfer steps.
• PFAS readiness: system components and workflows designed to minimize PFAS background and improve sensitivity.
• Typical use: preparation of solid and semi‑solid samples for GC, GC‑MS and LC‑MS analysis.
• Documentation: product brochure, specification sheet, application notes and white papers covering PFAS, PAHs, OCPs, PCBs, E&Ls and method transfer studies.
• Representative SKUs: 22184-60102, B51004594, B51004598, B51004603, B51004605, B51004606.