A Breakthrough for Rapid Screening: Be Among the First to Experiment with Restek Coated Blade Spray Technology!
Nov 03 2020
Restek coated blade spray (CBS) technology accelerates rapid-screening analyses to a new level of efficiency and speed. Based on strong sample extraction and ionisation foundations, CBS technology bridges the gap between sample preparation and MS/MS analysis by providing a product that can go directly from the sample to the mass spectrometer. Rapid-screening workflows that once required complex, distinct, sample preparation methods and chromatographic separations are reduced to a few simple steps. And your most powerful analytical tool—chromatography—is reserved for only select samples that need additional analysis.
As a technology on the cutting edge of commercialization, coated blade spray will continue to evolve, but for laboratories interested in evaluating how coated blade spray can revolutionise their analytical workflows, Restek is proud to present the first in a long line of direct-to-MS products to come: the coated CB-HLB blade. A precision-made, stainless-steel blade supports a specially prepared coating of hydrophilic-lipophilic balanced (HLB) sorbent, making the CB-HLB a finely tuned sample preparation product.
Ionisation interfaces and a completely commercialised solution are under development and coming soon, but if your lab performs screening analyses, or if you are interested in finding out more about coated blade spray technology from Restek, sign up here.
Once you do, we will begin sending you periodic updates on new CBS developments and may also contact you to further discuss coated blade spray or to answer any questions you may have.
In This Edition Articles - Advancements in Freeze drying production and the impacts on scale, sustainability and compliance - Face-to-face events finally start up - But how will attendance f...
View all digital editions
Dec 16 2021 SNIEC Shanghai, China & online
Dec 16 2021 Hyderabad, India
Dec 22 2021 Beijing, China
Jan 13 2022 Kathmandu, Nepal
Jan 19 2022 Tokyo, Japan