TurboTrace Parallel SPE
Product Category: SPE Systems
Industry: Analytical and Environmental Labs, Biodiesel/Petrochemical, Food, Dairy and Wine
Supplier: FMS
Description
The TurboTrace Parallel SPE system combines extraction, drying and concentration into one step — providing a truly automated total sample prep solution for the laboratory. Simply load samples onto the TurboTrace Parallel SPE system, use the touch screen to trigger the automated extraction process. Load the sample onto the SPE cartridge using Vacuum or Positive Pressure Pumping, the drying step is accomplished using vacuum or nitrogen or both. This drying step replaces manual techniques such as sodium sulfate drying. The analytes of interest are then eluted directly to the SuperVap Concentrator where the concentration process automatically brings the extract to final volume in a autosampler vial, ready for final analysis. Automating these processes into one step ensures the highest quality results in the shortest amount of time and eliminates both human error and the possibility of contamination.
The TurboTrace Parallel SPE system incorporates vacuum or positive pressure pump to load samples for compliance with all SPE methods. It uses positive pressure pumping for precise and accurate delivery of conditioning, washing and elution solvents. The TurboTrace Parallel SPE system is specifically designed to isolate analytes of interest from a wide variety of liquid matrices such as urine, blood, water, milk, beverages. Sample sizes range from 2 mL to 8 L and use the same bottle the sample was collected in. Sample loading rates are programmable. A vacuum or positive pressure pump is used to load samples onto the SPE cartridges and columns at unprecedented speeds and it easily handles both clean and tough sample matrices. An liquid sensor detects when the sample has been loaded, triggering the system to initate next steps. The TurboTrace Parallel SPE system concentrates samples up to 250 mL directly to a GC vial. The Sample Processing Module is designed to use all standard formats of SPE cartridges and columns on the market today. For guaranteed results, especially when dealing with low limits of detection, we recommend FMS prepacked columns and cartridges. Sample Processing Modules can be easily swapped out to perform cleanup column chemistries allowing the lab to multipurpose the TurboTrace Parallel SPE system to automate other sample prep processes.
Reduces Errors
One-step automated SPE and concentration eliminates human error, saves labor costs and reduces solvent usage while increasing your sample throughput
Fully Automated
Hyphenates the entire sample prep process–extraction, drying and concentration steps–into a one step program.
Runs up to 8 samples simultaneously
Sample Liquid Level Sensor to detect when the Sample has finished loading
Automatic Sample bottle rinse
Concentrates samples up to 250 mL directly to a GC vial
High Speed
The fastest automated sample processing available for SPE cartridges and columns
Run up to eight samples simultaneously
Vacuum for fast loading of large volume samples
Versatile
Handles a wide range of sample sizes and all matrix types
Sample Sizes 2 mL to many liters
Sample Liquid Level Sensor to detect when the Sample has finished loading
Expandable from 1 to 8 modules
Efficient
Uses all SPE cartridge and column sizes
Positive pressure pumping for loading small volume samples
Nitrogen drying
Compliant
Complies with existing methods that require vacuum, positive pressure pumping for the precise delivery of sample and solvents
Dispenses up to six solvents using an HPLC pump to deliver precise volumes and flow rates for conditioning and elution
Easy Documentation
Programs and stores an unlimited number of methods and runs on an SD Card Easy method transfer
Easy-to-use software
Specifications
Dimensions:
15”W x 18”D x 28”H
Weight:
65lbs.
Gas Requirements:
Nitrogen – 20 PSI minimum
Pump:
Piston Displacement Flow
Flow rate: 0.2 to 15ml/minute
Vacuum -25 Hg
Electrical Input:
110/220Volts, 50/60HZ
Controller:
Integrated Touch Screen Control
Whitepapers
EPA Method 608 Solid Phase Extraction of Waste Water
EPA Method 529 Explosives in Drinking Water by Solid Phase Extraction
EPA Method 522 Analysis of 1-4-Dioxane in Drinking Water
EPA Method 1664A Oil and Grease by Solid Phase Extraction
Dioxin in Drinking Water by One Step Solid Phase Extraction
Automated Solid Phase Extraction (SPE) of Organochlorine Pesticides in Water
Automated One Step SPE and Concentration of Nitrogen and Phosphorus Containing Pesticides in Water
Automated One Step Solid Phase Extraction and Concentration of PCBs in Drinking Water