Visit Linkam Scientific on stand #208
Linkam has been developing temperature stages for materials characterisation for many years and continues to be at the forefront of developments with their new optical DSC450 to measure temperatures and heats of transition capabilities. Learn more from Linkam at mmc2017.
Solutions for Sample Characterisation - make more of your microscope
Understanding how materials respond to changing conditions such as temperature, pressure, tensile force and humidity is vital to define the applications they can be used for. Linkam Scientific has been developing and manufacturing thermal stages for over 30 years. These are used in many industries’ and universities around the world to aid in the characterisation of materials from polymers to biological tissue, from metals to composites, from APIs to excipients, from -196 °C to +1500 °C.
Adding a Linkam stage to your microscope can really help expand your understanding of the sample and its characteristics.
Come and talk to us on booth #208 about your sample characterisation needs or join one of our workshops that are being run during the exhibition – Tuesday 4th at 12:30 and Wednesday 5th at 12:00.
Optical differential scanning calorimetry to measure transition temperatures
The Optical DSC450 combines image capture with DSC to provide a solution that correlates enthalpy changes of samples with visual changes to the sample. The Optical DSC450 has a temperature range from -196°C to 450°C.
The new DSC has been specifically designed to work with optical microscopes. The new LINK Digital Imaging modules enables additional information to be obtained by correlating optical changes such as colour and morphology with temperature. The Thermal Analysis by Surface Characterisation (TASC) module from Linkam further enhances the capabilities of the new DSC450. TASC is a new image analysis algorithm which enables structural changes in samples to be tracked and quantified. It has the unique ability to measure local transition temperatures allowing different points on a sample can be analysed thereby providing information on sample homogeneity. TASC can also be used for dissolution studies.
RH95 Relative Humidity System
The control of water vapour in the environment around a sample is vital. The smallest change in RH% can have huge implications on the characteristics of a sample and how it behaves including chemical changes of some APIs and mechanical stability of tablets. The RH95 is designed to provide environmental sample control to the Linkam range of temperature controlled stages. It provides precise control in a compact, self-contained package with no requirement for an external dry air supply.
It can be used to control the RH% between 5%-90% (when temperature is between ambient and 85 °C). The RH95 can be used in combination with light microscopy, Raman, FT-IR and X-ray to further characterise samples.
We will also be showing our CMS196M, the solution for Cryo-CLEM. Cryo-CLEM brings it all together: combining the individual advantages from both fluorescence and EM by imaging the same sample location with both techniques and superimposing the complementing information.
mmc2017 is great opportunity to find out more about how to increase the information you can get from your microscope. On Tuesday 4th July we will be running a workshop looking at the characteristics of a Gummy Bear! On Wednesday 5th July there is a session focussed on correlative techniques and Linkam will be running a short workshop during the lunch break to show our CMS196M as well as a first introduction to the next-generation of plunge freezers. It’s the ideal time to come and talk to us about your needs and how Linkam systems can fit right into your cryo-correlative workflow.
If you are not able to come to see us in Manchester, please do visit our web site and learn more about our approach to CLEM and other materials characterisation challenges: www.linkam.co.uk.