GERSTEL

GERSTEL specialises in developing solutions for chemical analysis using automated sample preparation and sample introduction for GC/MS and LC/MS. As a certified supplier, Element’s customers benefit from access to both online and stand-alone systems, as well as the full range of consumables, accessories and spare parts essential for the smooth operation of your GERSTEL instruments. From gas chromatography and SPME supplies to headspace caps and vials, we stock everything you need to keep your GERSTEL setup running at peak performance.

Get in Touch

TriStar syringes are precision-engineered tools designed for automated liquid handling in analytical applications, offering enhanced accuracy and reliability. The Smart TriStar syringes feature integrated RFID technology, enabling real-time tracking and monitoring of syringe parameters for optimal performance.

SPME fibres and arrows are advanced sampling products designed for solid phase microextraction, enabling efficient and sensitive analysis of volatile and semi-volatile compounds. The arrowss provide increased robustness and capacity compared to traditional fibres, enhancing reliability and performance in demanding analytical applications.

Twister stir bar sorptive extraction (SBSE) products are designed to efficiently enrich and analyse trace organic compounds across various matrices. These reusable stir bars are equipped with a durable sorbent coating, ensuring high sensitivity and reliable performance in demanding analytical applications.

TD 3.5+ desorption tubes are high-performance sampling devices designed for thermal desorption applications, enabling accurate analysis of volatile and semi-volatile compounds. These robust and reusable tubes offer excellent thermal stability, ensuring precise and reliable sample desorption.

CIS glass liners are precision-engineered components designed for use in cold injection systems, ensuring optimal transfer and analysis of samples. These liners provide excellent thermal stability and chemical resistance, enhancing reproducibility and accuracy in analytical workflows.