Teledyne Tekmar
Teledyne Tekmar is the leader in analytical instrumentation for the laboratory. Our world-renowned volatile organic compound (VOC) products include systems for gas chromatography sample introduction, high-throughput purge-and-trap sample concentration, static and dynamic headspace analysis, and sample automation.
Company Description
Teledyne Tekmar is the leader in analytical instrumentation for the laboratory. Our world-renowned volatile organic compound (VOC) products include systems for gas chromatography sample introduction, high-throughput purge-and-trap sample concentration, static and dynamic headspace analysis, and sample automation. Our total organic carbon (TOC) and total nitrogen (TN) analyzers provide unparalleled accuracy, precision, throughput, and robustness for water samples from semiconductor-grade to municipal wastewater. All our instruments have 21 CFR Part 11 software tools available for your compliance needs, validation documentation, and services and training.
Chief Chromatographic Techniques Supported
- Sampling system that connects to GC and assorted detectors
Markets Served
- Environmental
- Pharmaceutical
- Forensics
- Petrochemical
- Plastics
- Food and Flavor
Major Products/Services
- VOC sample preparation
- Purge-and-trap concentrators
- TOC combustion analyzers
- TOC UV/Persulfate analyzer
- Headspace analysis
Facilities
Mason, Ohio.
Teledyne Tekmar
4736 Socialville Foster Rd
Mason, OH 45040
TELEPHONE
(513) 229-7000
FAX
(513) 229-7050
WEB SITE
NUMBER OF EMPLOYEES
85
YEAR FOUNDED
1975
LC–MS/MS-Based System Used to Profile Ceramide Reactions to Diseases
April 26th 2024Scientists from the University of Córdoba in Córdoba, Spain recently used liquid chromatography–tandem mass spectrometry (LC–MS/MS) to comprehensively profile human ceramides to determine their reactions to diseases.
High-Throughput 4D TIMS Method Accelerates Lipidomics Analysis
April 25th 2024Ultrahigh-pressure liquid chromatography coupled to high-resolution mass spectrometry (UHPLC-HRMS) had been previously proposed for untargeted lipidomics analysis, but this updated approach was reported by the authors to reduce run time to 4 min.
