LabTech M64 Automatic High Throughput Parallel Concentrator-LabTech

Key Features

The M64 Automatic High Throughput Parallel Concentrator replaces manual methods with fully automated, unattended concentration, offering high efficiency and throughput.

Uses water bath heating and nitrogen blowdown for rapid concentration, with up to 64 channels operating in parallel.
Nitrogen blowdown needles automatically descend with the liquid level, improving efficiency, reducing gas consumption, and ensuring user convenience.
Programmable nitrogen pressure automatically adjusts, unaffected by the number of active channels — precise, efficient, and practical.
Automatic control of concentration temperature and gas flow rate throughout the process for fast and reliable concentration.
Automatic lid lock during operation for protection; the system stops automatically when the lid is opened and resumes when closed.
Front observation window with internal lighting for visual monitoring of the process without opening the lid, avoiding unnecessary interruptions.
User-friendly interface with color touchscreen; methods can be edited during operation, and the original method is automatically saved.

Environmental

For enrichment and concentration of semi-volatile organic pollutants in soil, solid waste, air, and water samples in environmental monitoring.

HJ 834-2017: Determination of semi-volatile organic compounds in soil and sediment — GC-MS

HJ 805-2016: Determination of polycyclic aromatic hydrocarbons in soil and sediment — GC-MS

HJ 743-2015: Determination of polychlorinated biphenyls in soil and sediment — GC-MS

HJ 478-2009: Determination of polycyclic aromatic hydrocarbons in water — Liquid-liquid extraction and solid-phase extraction with HPLC

HJ 646-2013: Determination of polycyclic aromatic hydrocarbons in environmental air and exhaust gas — GC-MS

HJ 956-2018: Determination of benzo[a]pyrene in environmental air — HPLC

HJ 782-2016: Extraction of organics in solid waste — Pressurized fluid extraction

Food & Beverage

For enrichment and concentration of pesticide residues, veterinary drug residues, and other organics in food, grains, and agricultural products.

GB 31658.5-2021: National Food Safety Standard — Determination of florfenicol and florfenicol amine residues in animal-derived foods — LC-MS/MS

GB 23200.112-2018: National Food Safety Standard — Determination of nine carbamate pesticides and metabolites in plant-based foods — LC post-column derivatization

GB/T 5009.19-2008: Determination of multi-residue organochlorine pesticides in food

GB/T 20770-2008: Determination of 486 pesticides and related chemicals in grains — LC-MS/MS

GB 23200.113-2018: National Food Safety Standard — Determination of 208 pesticides and metabolites in plant-based foods — GC-MS

GB/T 23376-2009: Determination of multiple pesticide residues in tea — GC/MS

Pharmaceutical & Medical

For enrichment and concentration of pesticide residues, mycotoxins, and other organic compounds in traditional Chinese medicine samples.

Chinese Pharmacopoeia 2020 Edition, Part IV, General Rules 2341 (Pesticide residue determination) and 2351 (Mycotoxin determination)

Disease Control

For enrichment and concentration of pesticide residues, veterinary drug residues, and semi-volatile organic compounds in food, agricultural products, and drinking water.

GB 31658.5-2021: National Food Safety Standard — Determination of florfenicol and florfenicol amine residues in animal-derived foods — LC-MS/MS

GB 23200.112-2018: National Food Safety Standard — Determination of nine carbamate pesticides and metabolites in plant-based foods — LC post-column derivatization

GB/T 5009.19-2008: Determination of multi-residue organochlorine pesticides in food

GB/T 20770-2008: Determination of 486 pesticides and related chemicals in grains — LC-MS/MS

GB 23200.113-2018: National Food Safety Standard — Determination of 208 pesticides and metabolites in plant-based foods — GC-MS

GB/T 23376-2009: Determination of multiple pesticide residues in tea — GC/MS

Geology & Mining

Forensics

For enrichment and concentration of drugs and organic pollutants in blood, urine, sewage, and other samples for criminal investigations and law enforcement.