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February 2019  

The Elliot Scientific February 2019 Newsletter: In this issue we go in deep with Lyncee Tec's R-Series of Digital Holographic Microscopes, welcome the return of OptiBlocks from Prizmatix to our webpages, announce a training capability for spectroscopists interested in Raman Imaging from WITec, and recommend fiber optic components manufactured by market leader OZ Optics.

Out of your depth? Not so with near-instant Optical Topography acquisition from Lyncée Tec

Lyncee Tec logo
Lyncee Tec DHM-R Series

Applications

  • Surface topography
  • Defect inspection
  • MEMS measurement
  • Structured thin films
Analysing MEMs
4D reflectrometry
Rough quartz

For more details on the DHM®-R and the rest of the Lyncee Tec range, please contact us

The Lyncée Tec DHM®-R series of reflection configured digital holographic microscopes are ideal for measuring totally and partially reflecting objects without contact or scanning.

Their ability to work with low reflective interfaces (down to < 1% reflectivity) make them ideal instruments for accurate optical topography measurements on a large variety of samples.

The microscopes have a high acquisition rate, are easy to use, and are therefore ideal for rapid routine inspection, automated industrial quality control, and dynamic observations in research applications.

Real-time MEMS analysis: Using DHM® to measure 3D vibrations over the full field of view without XYZ scanning. Millions of data points are acquired simultaneously with resolution similar to a laser vibrometer.

There are three configurations of instrument available, defined by the number and combination of wavelengths:

DHM®-R1000: Real-time measurements at one wavelength

  • Provide real-time measurements of samples with sub-nanometre resolution
  • Step heights up to 340 nm within the 200 µm live vertical range
  • Particularly cost effective as well as extremely easy to use
  • Ideal for measuring smooth surfaces with small local slopes, topography of samples with steps, or discontinuities with heights under 300 nm

DHM®-R2100: For measuring at two wavelengths simultaneously

  • Dual lasers for real-time measurements of sharp steps up to 2.1 µm high
  • Sub-nanometre vertical resolution within the 200 µm vertical range
  • No scanning or wavelength switching
  • Delivers full frame phase and intensity images at video rates without blurring

DHM®-R2200: Three lasers extend the measurement range

  • Three lasers enable the live measurement of sharp steps up to 12 µm high
  • Nanometre vertical resolution within the 200 µm measurement range
  • A new level in interference microscopy with 2.1 and 12 µm heights
  • Measurement range can be further increased to the millimetre range with the optional vertical coherence scanning module

The Prizmatix OptiBlock system returns

Prizmatix OptiBlock setup
Prizmatix logo
Prizmatix OptibBlock modules

The Prizmatix OptiBlock system is a range of modular components designed for the rapid construction of optical experiment setups for researchers working in neuroscience, neurobiology, biochemistry and biophysics. The unique feature of OptiBlocks is versatility - the blocks are easily assembled, rearranged, or extended.

The basic units of the OptiBlock system are:

  • Fibre coupler
  • Beam splitter
  • LED light source
  • Laser light source
  • Photodiode detector
  • Photomultiplier detector

From these, a comprehensive optical system can be put together in a variety of configurations in a short amount of time. Typical experiments include:

  • Multiwavelength detection & excitation
  • Intensity monitoring
  • In-line filtering, attenuation or polarisation
  • Reflectance or fluorescence detection for in situ, in vivo, or in vitro applications

For more information about OptiBlocks, please contact us.


WITec Raman imaging system installed in our lab for training

WITec apyron system in our lab
WITec logo

We've just installed a WITec apyron Raman imaging system in our demonstration lab here in Harpenden. The apyron was developed by WITec to straddle the boundary between ease-of-use and the ultimate in confocal capability. As such, it is ideal for:

  • Labs with multiple users of varied skill levels and requirements
  • Raman newcomers requiring advanced imaging
  • Skilled Raman spectroscopists seeking superior performance/speed
  • Industrial labs doing repeat experiments within limited time periods

apyron sets the benchmark for automated Raman imaging systems; delivering excellent images with outstanding spectral and spatial resolution. The ultra-fast acquisition times and exceptional signal sensitivity, combined with automated system configurations and intuitive measurement procedures, make the award-winning apyron the instrument of choice for many labs.

Now you can have the chance to experience the system first-hand. We will be running Raman imaging workshops in the near future, so watch this space.

In the meantime, for more information please visit our WITec pages or contact us.


For affordable high-quality fibre optic components, select OZ Optics

OZ Optics is a leading fibre optic supplier with an outstanding reputation as a manufacturer of high-quality yet affordable components for use in telecoms, industry, medicine and the lab.

By using their own patented technology, OZ Optics achieve fibre alignment to better than 0.1 µm resolution without using expensive high precision machining.

Typical products Elliot Scientific supplies include:

  • Focusers
  • Combiners
  • Connectors
  • Patchcords
  • Collimators
  • Attenuators
  • Beamsplitters
  • Fused splitters
  • Vacuum feedthroughs
  • Inline Optical Taps
  • Polarisation rotators
  • Polarisation maintaining connectors

  • Contact us for details

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  +44 (0)1582 766300  |    +44 (0)1582 766340  |     sales@elliotscientific.com   |   February 2019

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