| Simple to Run | 3 Easy Steps to run the entire CleanUp Process |
| Fast | 30 to 45 minutes |
| Green Technology | Zero DCM |
| Closed System | No Exposure to harmful Chemicals |
| High Throughput | 1 to 6 Samples in Parallel |
| Low Solvent | As Low As 110ml per Sample |
| Reliable | No Downtime, No Computer or Electromechanical valves to fail |
| High Fat Capacity | Up to 5 Grams (7 grams for special orders) |
| Quality Consumables | Guaranteed Certified Columns |
| Economical | Column Kits to meet your Sample Matrix |
EzPrep/+
Simple, Quick, Powerful - Automated Dioxins/PCBs Sample CleanUp
Features and Benefits:
Product Video
Applications
Details
Green Technology – Zero DCM
The EZprep 123 uses Zero DCM in the cleanup process. By design it produces greater efficiency to perform clean up while greatly reducing solvent consumption.
Fast – 30 to 45 Minutes
Depending on the Sample Matrix and Lipid content, samples can be run in 30 to 45 minutes. Column kits designed to meet different sample lipid content allow for fast sample processing. The system is able to turn around up to 64 samples in a day.
Low Solvent – As Low as 90 ml Per Sample
Column kits designed for samples with different lipid contact allow for using the lowest possible amount of solvent to process a sample. High Throughput 100’s of samples Per Day EZprep 123 performs sample cleanup for 6 samples simultaneously achieving high recoveries and excellent precision for all analytes. The compact design of EZprep 123 allows several apparatuses to be placed in one hood performing hundreds of samples per day.
Simple and Quick – 3 Easy Steps
EZprep 123 uses a rotary work station to perform the entire sample cleanup quickly. One needs only to fill solvent reservoirs, install columns and start the process. From sample loading, to elution and fraction collection takes just 3 simple steps. Dioxins, PCBs and PBDEs are collected in tubes with GC vials ready for GCMS Analysis.
Consumables
Dioxin & PCB Kits
| Part Number | Includes | Description |
| EHCLS-KT05.0DP | Extra High Capacity DIOXIN/PCB Kit 5g Fat Removal Capacity | |
| SNEH-ACD-050 | Extra High Capacity Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNAL-BAS-006 | 6G Basic Alumina Column | |
| SNCA-C45-034 | Carbon/Celite Column | |
| HCCLS-KT2.5DP | High Capacity DIOXIN/PCB Kit 2.5 Fat Removal Capacity | |
| SNHC-ACD-029 | High Capacity Acid Silica Columns | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNAL-BAS-006 | 6G Basic Alumina Column | |
| SNCA-C45-034 | Carbon/Celite Column | |
| MIDLS-KT1.0DP | Classical Plus DIOXIN/PCB Kit 1g Fat Removal Capacity | |
| SNMI-ACD-009 | Medium Capacity Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCL-BAS-004 | 4G Basic Alumina Column | |
| SNCA-C70-034 | Carbon/Celite Column | |
| CLSLS-KT0.DP | Classical DIOXIN/PCB Kit .5g Fat Removal Capacity | |
| SNCL-ACD-006 | Classical Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCL-BAS-004 | 4G Basic Alumina Column | |
| SNCA-C70-034 | Carbon/Celite Column |
Dioxin Kits
| Part Number | Includes | Description |
| EHCLS-KT05.0DI | Extra High Capacity DIOXIN Kit 5g Fat Removal Capacity | |
| SNEH-ACD-050 | Extra High Capacity Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCA-C45-034 | Carbon/Celite Column | |
| HCCLS-KT2.5DI | High Capacity DIOXIN Kit 2.5 Fat Removal Capacity | |
| SNHC-ACD-029 | High Capacity Acid Silica Columns | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCA-C45-034 | Carbon/Celite Column | |
| MIDLS-KT1.0DI | Classical Plus DIOXIN Kit 1g Fat Removal Capacity | |
| SNMI-ACD-009 | Medium Capacity Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCA-C70-034 | Carbon/Celite Column | |
| CLSLS-KT0.5DI | Classical DIOXIN Kit .5g Fat Removal Capacity | |
| SNCL-ACD-006 | Classical Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCA-C70-034 | Carbon/Celite Column | |
| Fittings for EZ-Prep | Part Number | Description |
| MFD-LEZ-028 | Male-Female Delrin Small EZ-Prep Fitiing | |
| MMD-SEZ-028 | Male-Male Delrin Small EZ-Prep Fitiing |
EZprep 123:
Quick & Easy Sample Clean-Up
For Dioxin, PCB & PBDE Analysis
| Simple to operate | No Computer or Electronics |
| Fast | 30 to 45 Minutes |
| Green Technology | Zero DCM |
| High Throughput | 6 Samples in Parallel |
| Quality Consumables | Guaranteed Certified Columns |
| Low Solvent | As Low as 90 ml Per Sample |
| Reliable | No Electronic or Mechanical Components to Fail. No Cross-Contamination |
| Economical | Column Kits to Meet Your Sample Matrix |
| Affordable | No Capital Equipment Costs |
After 30 years of leading automation in the field of Dioxin & PCBs analysis, FMS introduces EZprep 123 to further simplify the dioxin sample preparation process and make it easier to perform. The EZprep 123’s impressive performance allows Dioxin labs to reduce turnaround time and increase quality of the analysis while reducing the cost.
Applications:
| Food | Butter | Air |
| Meat | Oil | Soil |
| Fish | Milk | Fly ash |
| Feed | Blood | Emission |
| Water | Tissues | Sludge |
Applications
From Samples to Report: Automated Extraction, Semi-Automated Sample Cleanup, and Concentration, Analyzed and reported by the Agilent® 7010B GC/TQ
EPA 1613 Semi Automated Clean Up for POPs in Fish Oil by EZPrep 123
EPA 1613 Semi Automated Clean Up for POPs in Fish by EZPrep 123
EPA 1613 and 1668C Semi-Automated Cleanup for POPs Analysis in Oil Samples by EZPrep 123
EPA 1613 and 1668C Semi-Automated Cleanup of POPs in Sample Extracts in Soil by EZPrep 123
EPA 1613 and 1668C Semi-Automated Cleanup of Sample Extracts for POPs Analysis in Soil by EZPrep 123
Extractable Petroleum Hydrocarbon Fractionation and Cleanup by EZPrep 123
Fast Semi-Automated Extractable Petroleum Hydrocarbons Fractionation and Cleanup
Product Video
Details
Green Technology – Zero DCM
The EZprep 123 uses Zero DCM in the cleanup process. By design it produces greater efficiency to perform clean up while greatly reducing solvent consumption.
Fast – 30 to 45 Minutes
Depending on the Sample Matrix and Lipid content, samples can be run in 30 to 45 minutes. Column kits designed to meet different sample lipid content allow for fast sample processing. The system is able to turn around up to 64 samples in a day.
Low Solvent – As Low as 90 ml Per Sample
Column kits designed for samples with different lipid contact allow for using the lowest possible amount of solvent to process a sample. High Throughput 100’s of samples Per Day EZprep 123 performs sample cleanup for 6 samples simultaneously achieving high recoveries and excellent precision for all analytes. The compact design of EZprep 123 allows several apparatuses to be placed in one hood performing hundreds of samples per day.
Simple and Quick – 3 Easy Steps
EZprep 123 uses a rotary work station to perform the entire sample cleanup quickly. One needs only to fill solvent reservoirs, install columns and start the process. From sample loading, to elution and fraction collection takes just 3 simple steps. Dioxins, PCBs and PBDEs are collected in tubes with GC vials ready for GCMS Analysis.
Specificataions
L-13.5″
W- 19.75″
H-30.5″
Consumables
Dioxin & PCB Kits
| Part Number | Includes | Description |
| EHCLS-KT05.0DP | Extra High Capacity DIOXIN/PCB Kit 5g Fat Removal Capacity | |
| SNEH-ACD-050 | Extra High Capacity Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNAL-BAS-006 | 6G Basic Alumina Column | |
| SNCA-C45-034 | Carbon/Celite Column | |
| HCCLS-KT2.5DP | High Capacity DIOXIN/PCB Kit 2.5 Fat Removal Capacity | |
| SNHC-ACD-029 | High Capacity Acid Silica Columns | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNAL-BAS-006 | 6G Basic Alumina Column | |
| SNCA-C45-034 | Carbon/Celite Column | |
| MIDLS-KT1.0DP | Classical Plus DIOXIN/PCB Kit 1g Fat Removal Capacity | |
| SNMI-ACD-009 | Medium Capacity Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCL-BAS-004 | 4G Basic Alumina Column | |
| SNCA-C70-034 | Carbon/Celite Column | |
| CLSLS-KT0.DP | Classical DIOXIN/PCB Kit .5g Fat Removal Capacity | |
| SNCL-ACD-006 | Classical Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCL-BAS-004 | 4G Basic Alumina Column | |
| SNCA-C70-034 | Carbon/Celite Column |
Dioxin Kits
| Part Number | Includes | Description |
| EHCLS-KT05.0DI | Extra High Capacity DIOXIN Kit 5g Fat Removal Capacity | |
| SNEH-ACD-050 | Extra High Capacity Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCA-C45-034 | Carbon/Celite Column | |
| HCCLS-KT2.5DI | High Capacity DIOXIN Kit 2.5 Fat Removal Capacity | |
| SNHC-ACD-029 | High Capacity Acid Silica Columns | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCA-C45-034 | Carbon/Celite Column | |
| MIDLS-KT1.0DI | Classical Plus DIOXIN Kit 1g Fat Removal Capacity | |
| SNMI-ACD-009 | Medium Capacity Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCA-C70-034 | Carbon/Celite Column | |
| CLSLS-KT0.5DI | Classical DIOXIN Kit .5g Fat Removal Capacity | |
| SNCL-ACD-006 | Classical Acid Silica Column | |
| SNLC-BAN-004 | Basic and Neutral Silica Column | |
| SNCA-C70-034 | Carbon/Celite Column | |
| Fittings for EZ-Prep | Part Number | Description |
| MFD-LEZ-028 | Male-Female Delrin Small EZ-Prep Fitiing | |
| MMD-SEZ-028 | Male-Male Delrin Small EZ-Prep Fitiing |
EZSPE:
12 Position Quick & Easy Solid Phase Extraction
For Water & Waste Water Analysis
| Simple to operate | No Computer or Electronics |
| Fast | 6 to 12 Samples in 30 minutes |
| High Throughput | 6 to 12 Samples in Parallel |
| Quality Consumables | Guaranteed Certified Cartridges |
| Low Solvent | As Low as 50 ml Per Sample |
| Reliable | No Electronic or Mechanical Components to Fail |
| Flexible | Uses all SPE cartridge sizes |
| Column Drying | Vacuum & Nitrogen cartridge drying |
| In-Line drying | Elution Inline Extract Drying |
| Bottle Rinse | Automated Bottle Rinse |
| Affordable | No Capital Equipment Costs |
Using vacuum & nitrogen, the EZSpe automatically loads 12 samples and performs the solid phase extraction quickly using the vacuum pump. After the first drying step, the EZSpe rinses the sample bottles and delivers the solvent to the SPE cartridges to extract analytes of interest. The extracts are then dried using a sodium sulfate cartridge to remove all water from the final extract which can be delivered directly to the direct GC vial vessel, ready for the final concentration in the FMS SuperVap®.
The ultimate rewards are saving labor and time
Applications:
Drinking Water
Waste Water
Juice
Quick & Easy Solid Phase Extraction
For Water & Waste Water Analysis
| Simple to operate | No Computer or Electronics |
| Fast | 6 Samples in 30 minutes |
| High Throughput | 6 Samples in Parallel |
| Quality Consumables | Guaranteed Certified Cartridges |
| Low Solvent | As Low as 50 ml Per Sample |
| Reliable | No Electronic or Mechanical Components to Fail |
| Flexible | Uses all SPE cartridge sizes |
| Column Drying | Vacuum & Nitrogen cartridge drying |
| In-Line drying | Elution Inline Extract Drying |
| Bottle Rinse | Automated Bottle Rinse |
| Affordable | No Capital Equipment Costs |
Using vacuum & nitrogen, the EZSpe automatically loads 6 samples and performs the solid phase extraction quickly using the vacuum pump. After the first drying step, the EZSpe rinses the sample bottles and delivers the solvent to the SPE cartridges to extract analytes of interest. The extracts are then dried using a sodium sulfate cartridge to remove all water from the final extract which can be delivered directly to the direct GC vial vessel, ready for the final concentration in the FMS SuperVap®.
The ultimate rewards are saving labor and time
Applications:
Drinking Water
Waste Water
Juice
Product Video
Applications
EPA Method 508 Analysis of Organochlorine Pesticides in Drinking Water with Semi-Automated Solid Phase Extraction
EPA 1613 and 1668C Dioxins and PCBs in Drinking Water by EZSpe
EPA 632 Carbamate and Urea Pesticides in Waste Water by EZSpe
EPA 625 Semivolatiles in Waste Water by EZSpe
EPA 608.3 Organochlorine Pesticides by EZSpe
EPA 607 Nitrosamines in Waste Water by EZSpe
EPA 604 Phenols in Wastewater by EZSpe
EPA 554 Carbonyl Compounds in Drinking Water by EZSpe
EPA 553 Benzidines and Nitrogenous Pesticides in Drinking Water by EZSpe
EPA 552.1 Haloacetic Acids Dalapon in Drinking Water by EZSpe
EPA 550.1 Polycylic Aromatic Hydrocarbons in Drinking Water by EZSpe
EPA 549.2 Diquat and Paraquat in Drinking Water by EZSpe
EPA 548.1 Endothall in Drinking Water by EZSpe
EPA 535 Acetanilide and other Herbicide Degradates by EZSpe
EPA 533 (PFAS) EZ-PFC App Note
EPA 532 Phenylurea Compounds in Drinking Water by EZSpe
EPA 529 Explosives in Drinking Water by EZSpe
EPA 528 Phenols in Drinking Water by EZSpe
EPA 527 Pesticides and Flame Retardants in Drinking Water
EPA 526 Semivolatile Organics in Drinking Water
EPA 525.3 EZSpe Semivolatiles in Drinking Water
EPA 522 EZSpe 1,4-Dioxane in Drinking Water
Supports EPA Methods
EPA Method 506 Phthalates and Adipate Esters
EPA Method 508.1 Chlorinated Pesticides, Herbicides, and Organohali des
EPA Method 515.2 Chlorinated Acids
EPA Method 521 Nitrosamines
EPA Method 525.2 Semi-volatiles
EPA Method 526 Semi-volatiles
EPA Method 527 Selected Pesticides and Flame Retardants
EPA Method 528 Phenols
EPA Method 529 Explosives
EPA Method 532 Phenylurea Compounds
EPA Method 535 Chloroacetanilide and other Acetamide Herbicides
EPA Method 548.1 Endothall
EPA Method 549.2 Diquat and Paraquat
EPA Method 550.1 PAH’s
EPA Method 552.1 Haloacetic Acids and Dalapon
EPA Method 553 Benzidines and Nitrogen Containing Pesticides
EPA Method 608 Chlorinated Pesticides and PCB’s
EPA Method 1613 Dioxin
EPA Method 1664A Oil and Grease and SGT-HEM
EPA Method 1668A Toxic PCB’s by Isotope Dilution and GC/MS
EPA Method 1694 Pharmaceutical and Personal Care Products
EPA Method 8061 Phthalate esters
EPA Method 8081 TCLP Organochlorine pesticides
EPA Method 8082 PCB’s
EPA Method 8095 Explosives
EPA Method 8141 Organophosphorus pesticides
EPA Method 8270 Semi Volatiles
EPA Method 8321 TCLP Phenoxyacid herbicides
EPA Method 8330 Nitroaromatics / Nitramines
EPA Method 508.1 Chlorinated Pesticides, Herbicides, and Organohali des
EPA Method 515.2 Chlorinated Acids
EPA Method 521 Nitrosamines
EPA Method 525.2 Semi-volatiles
EPA Method 526 Semi-volatiles
EPA Method 527 Selected Pesticides and Flame Retardants
EPA Method 528 Phenols
EPA Method 529 Explosives
EPA Method 532 Phenylurea Compounds
EPA Method 535 Chloroacetanilide and other Acetamide Herbicides
EPA Method 548.1 Endothall
EPA Method 549.2 Diquat and Paraquat
EPA Method 550.1 PAH’s
EPA Method 552.1 Haloacetic Acids and Dalapon
EPA Method 553 Benzidines and Nitrogen Containing Pesticides
EPA Method 608 Chlorinated Pesticides and PCB’s
EPA Method 1613 Dioxin
EPA Method 1664A Oil and Grease and SGT-HEM
EPA Method 1668A Toxic PCB’s by Isotope Dilution and GC/MS
EPA Method 1694 Pharmaceutical and Personal Care Products
EPA Method 8061 Phthalate esters
EPA Method 8081 TCLP Organochlorine pesticides
EPA Method 8082 PCB’s
EPA Method 8095 Explosives
EPA Method 8141 Organophosphorus pesticides
EPA Method 8270 Semi Volatiles
EPA Method 8321 TCLP Phenoxyacid herbicides
EPA Method 8330 Nitroaromatics / Nitramines
EZPFC:
Simple & Quick Solid Phase Extraction
For Water & Waste Water PFAS/PFOS/PFOA Analysis
| Simple to operate | No Computer or Electronics |
| Fast | 6 Samples in 20 ~ 50 minutes (depending on sample size) |
| High Throughput | 6 Samples in Parallel |
| Quality Consumables | Guaranteed Certified Cartridges |
| Semi Automated | Vacuum Sample Loading & Valve Selection for Separating Aqueos and Organic Waste |
| Reliable | No Maintenance Required |
| Flexible | Uses all SPE cartridge sizes |
| Bottle Rinse | Automated Bottle Rinse |
| In-Line drying | Elution Inline Extract Drying |
| Zero Cross-Contamination | No Shared Tubing & Fittings |
Using vacuum & nitrogen, the EZPFC automatically loads the samples, rinses the sample bottle and delivers the solvent to the SPE cartridges. The final extract is delivereddirectly to the extract vial ready for final concentration in the FMS SuperVap®. The process saves both labor and time.
The ultimate rewards are saving labor and time
Applications:
Drinking Water
Waste Water
Serum
Product Video
Supports EPA Methods
EPA Method 537
EPA Method 537.1
Water Waste