Cryostream Explore the full range of customisation options for the Cryostream and get a quote for your cryogenic solution. Just fill in the form below and we’ll get right back to you. "*" indicates required fields Your DetailsFull Name*Organisation or Institute*Email Address* Area of ResearchUnderstanding your background will help us tailor our products and services towards specific types of research.ApplicationUnderstanding your background will help us tailor our products and services towards specific types of research.Single Crystal - MacromolecularSingle Crystal - Small MoleculePowder Diffraction - Flat PlatePowder Diffraction - CapillaryMicro CTElectronNeutronOtherOther ApplicationCustomisationTailor the Cryostream to meet the needs of your research.Nozzle Length 220 mm 85 mm (Compact)Allows the coldhead to be mounted inside smaller cabinets, typically used for capillary powder samples. It has a default temperature range of 80 - 500 K. Nozzle Width 12 mm 14 mm (Wide)The wide nozzle increases the sample area by 148%. Enables analysis of large samples and minimises X-ray shadowing for small samples. Transfer Line*The transfer line connects your coldhead to the liquid nitrogen dewar. 1.5 Meters 3 Meters (Long)A longer line affords more flexibility when integrating the Cryostream into your lab. Temperature Range* 80 - 400 K 80 - 500 K (Plus)Heat samples to 500K with the Cryostream Plus. AccessoriesThese accessories provide additional functionality to the CryostreamAccessories AutofillThe autofill connects the 60L dewar to a supply vessel, allowing liquid nitrogen to be automatically refilled VaribeamProvides positional turning of the nozzle, for precise alignment of the coldstream to the sample position. Installation & TrainingDo you want an experienced OxCryo engineer to provide installation and training? Yes No Newsletter & TermsSubscribe for News & Events Subscribe for News & Events I agree to the Terms And Conditions* I agree to the Terms And Conditions CAPTCHAEmailThis field is for validation purposes and should be left unchanged. Read the Terms And Conditions
