Published: March 27, 2017
Author(s) :
Abstract : Digital holographic microscopy (DHM) is a surface topography measurement technique with reported sub- nanometer vertical resolution. While made commercially available recently, few studies have evaluated the uncertainty or noise in the phase measurement by the DHM. As current research is using the DHM to monitor surface topography changes of dissolving materials under flowing water conditions, it is necessary to evaluate the effect of water and flow rate on the uncertainty in the measurement, as all previous studies have considered uncertainty in measurements made in air.
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LyncéeTec is proud to announce the new Software Development Kit (SDK). It has been tested on production lines for more than a year in customer’s factories, one of the feedback : “we want to scale-up use of DHM®, it provides 3D topography at unrivaled speed”.
The SDK allows programmers to integrate the DHM® on quality control lines or as an OEM instrument.
Probing 8″ wafers is now possible thanks to the new version of the MEMS probing Platform. The new platform is compatible with 200 x 200 mm stages, up to 6 probes positioners can be installed.
Discover our range of probing platforms
Lyncée rewards the three winners of Lyncée Innovation Challenge 2016
1st prize: 6’000 USD Matthew Hendrikx, Eindhoven University of Technology, Netherlands
2nd prize: 3’000 USD Wendong Wang, Max Planck Institute, Germany
3rd prize: 1’000 USD Pasqualantonio Pingue, Scuola Normale Superiore, Italy
Visit the challenge website
A new Vacuum chamber is available
Full chamber specification : Vacuum & Thermal Chambers
The goal of the competition is to reward innovative 4D profilometry application ideas. The 10 best propositions will be nominated by Lyncée. An international jury will choose 3 winners among them and distribute USD 10’000 cash prize.
Visit the challenge website