Biotech Fluidics offers inline degassers and a non-invasive flowmeter optimized for nanoscale fluidic applications, including chromatographic separations, dispensing, diagnostics, drug screening, nucleic acid sequencing and tissue culture.
Studying liquid phenomena at a nanoscale level can be very demanding and requires a device designed to continuously monitor ultra-low fluidic flows in real-time. The Biotech Micro Flow Meter is a high-resolution thermal flow sensor that is extremely accurate and sensitive. This reliable flow sensor is compatible with almost any solvent and being non-invasive guarantees the unperturbed operation of your whole nanofluidic system.
Optimized to operate over the 10 nl to 80 µL/minute flow range, with an unmatched high resolution of 1 nl/minute, the Biotech Micro Flow Meter is the perfect tool for continuously monitoring the consistency of nanoscale dispensing systems as well as UHPLC and LC/MS solvent/reagent delivery systems. Compact in size, the Micro Flow Meter comes with easy-to-use software app enabling continuous recording, monitoring, and storage of measured flow rate data.
A single gas microbubble in a nanoscale liquid dispenser or pumping system can ruin your operational precision and accuracy. Removing dissolved gases from liquids prior to operation is therefore vital to eliminating the risk of having microbubbles in the fluidic channels.
Biotech Fluidics DEGASi® PLUS Nano and DEGASi® PLUS ultraNano inline degassers are designed to address the challenge of nanofluidic systems by minimizing the hold-up volume and offering wide chemical compatibility.
Both the Nano and Nano-Ultra degassers are based on Systec AF membrane making them suitable for water-based media and most organic liquids. The liquid flow path is metal free making these degassers also fully biocompatible.
With an internal volume of only 25 µl, the DEGASi® PLUS Nano is designed for degassing fluid flows up to 100 µl/minute. With a hold-up volume of just 6 µL, the DEGASi® PLUS ultraNano is optimized for extremely low flow applications up to 25 µl/minute. Both degassers are available with up to 6 channels of operation and are available as standalone or integrated devices.
For further information, please visit https://biotechfluidics.com/products/sensors/biotech-liquid-flowmeter/ and https://biotechfluidics.com/products/degassing-debubbling/degasi-inline-degassers/degasi-plus/degasi-plus-nano/, or contact Biotech Fluidics on +46 300 56 91 80/+1-612-703-5718/info@biotechfluidics.com.
Biotech Fluidics is a leading supplier of fluidic system solutions, liquid transfer components, degassing systems, and innovative laboratory technology to instrument developers, manufacturers, and distributors all around the world. The company’s mission is to empower its customers by designing and assembling unique products, being a dependable partner, offering first-class service, in-depth knowledge, and offering advanced technical support for all the items it provides. For further information, visit www.biotechfluidics.com.
LCGC’s Year in Review: Highlights in Liquid Chromatography
December 20th 2024This collection of technical articles, interviews, and news pieces delves into the latest innovations in LC methods, including advance in high performance liquid chromatography (HPLC), ultrahigh-pressure liquid chromatography (UHPLC), liquid chromatography–mass spectrometry (LC–MS), and multidimensional LC.
Using Chromatography to Study Microplastics in Food: An Interview with Jose Bernal
December 16th 2024LCGC International sat down with Jose Bernal to discuss his latest research in using pyrolysis gas chromatography–mass spectrometry (Py-GC–MS) and other chromatographic techniques in studying microplastics in food analysis.
Next Generation Peak Fitting for Separations
December 11th 2024Separation scientists frequently encounter critical pairs that are difficult to separate in a complex mixture. To save time and expensive solvents, an effective alternative to conventional screening protocols or mathematical peak width reduction is called iterative curve fitting.