Skip to content

Home
Products
- - Which strain cell is right for my experiment?
    Which strain cell is right for my experiment?
    
    This side-by-side comparison of the different strain cells available makes it easier to determine which member of our product range will fit your planned experiment best.
  - CS1x0 series strain cells
    CS1x0 strain cells
    
    These devices are the original commercial cryogenic strain cells. They are a low-cost option to strain small samples at low temperature and under high magnetic field. The smallest variant, the CS100 is compatible with a 1-inch bore, such as a Quantum Design PPMS/Dynacool. The integrated sensor in the CS1X0 series measures applied displacement.
  - FC1X0 series stress cells
    FC1X0 stress cells
    
    The FC1X0 series strain cells are high-performance cryogenic stress cells, capable of applying large forces at cryogenic temperature and high magnetic field. They have an outer diameter of 25.4 mm making them compatible with a Quantum Design PPMS/Dynacool. The integrated sensor in the FC1X0 series measures applied force.
  - UC200 – Universal stress/strain cell
    UC200 – Universal stress/strain cell
    
    The UC200 is a high-performance cell that can be used to measure, stress, strain and the elastic properties of materials at cryogenic temperature and low magnetic field. The integrated sensors measure both Force and Displacement.
  - CS2X0T series transmission cells
    CS2X0T transmission cells
    
    The CS2X0 strain cells are have a large optical access cone allowing a range of transmission-mode, beamline or XRS measurement to be performed without the probe beam needing to pass through the titanium of the device. These variants are mainly used at synchrotrons and other beam-line facilities. The integrated sensor measures applied displacement.
  - MC050 Ultraminiature UHV stress cells
    MC050 Ultraminiature UHV cells
    
    These devices are designed for use in UHV systems for use in conjunction with e.g. UHV, ARPES and MOKE probes. Their ultra-small footprint fits the standard Flag-style vacuum transfer systems (omicron sample plates). These devices are entirely mechanical with strain applied using a differential screw turned using a wobble stick and force is indicated using a needle dial.
Products
Engineering consultancy
Customer resources
Company
Contact

CDT Applied Photonics Annual Conference

Posted on 26/06/201520/08/2015 by razorbillinstruments

Today Razorbill Instruments made an appearance at the Centre for Doctoral Training in Applied Photonics annual conference with Alex Ward appearing as an invited speaker.

Posted in Uncategorized.

Product Overview

Product Specifications

Customer Requirements

Razorbill Instruments © 2023