LynceeTec M-10020 Optical Surface Profiler

Listing description

Lyncee Tec M-10020 Digital Holographic Reflectance Microscope with Stroboscopic unit
MEMS Analysis tool 4.0 software
Motorized XY stage and Z focus with PRIOR joystick controller
x20 amplifier
power supply
Baumer TXF14 camera
Prior motorized stage and controller
Kinetic Systems 1201-02-11 vibration isolation table

Stroboscope module for 3D MEMS analysis of out of plane ultra-fast moving micro-structures:
For in-plane / out-of-plane full-field 3D measurements of ultra-fast moving micro-structures within a single acquisition
Used in conjunction with DHM, the Lyncée Tec stroboscopic module delivers dynamic contactless characterization of micro-devices with nanometer vertical resolution.
Key features of the stroboscopic module are:
frequency range up to 25 MHz user-selectable laser pulse freezing time down to 7.5 ns generation of any periodic or repeated impulse driving signal for characterization of key micro-structure parameters recording of external input signals continuous frequency scan to approach resonance
The stroboscopic package for DHM family of reflection and transmission configurations enables 3D dynamic response measurements and analysis of your products as they move for both material and life science applications.
Fields of application include inertial and pressure sensors, inkjet heads, optical and RF MEMS/ MOEMS, cantilevers, micro-mirrors, micro-fuel cells, biochips, micro-fluidic devices…
Packaged devices can easily be characterized through any glass window, as well as immerged samples.
Key device parameters can be characterized such as: shape, deformation, distortion and tilt / angle dynamic response critical dimensions surface texture thermal dilatation, elastic modulus...
The modular design of DHM and its proprietary stroboscopic electronics permit its integration to MEMS probe stations and can control and drive up to max. 256 I/O cards simultaneously.
Each one delivers a driving signal and allows the recording of synchronized digital and analog signals.
The stroboscopic parameters can be adjusted at any moment by software and the response can be visualized in real-time.
Furthermore non periodic movement capturing can be enhanced with an optional ultra fast camera.
The stroboscopic module comes with intuitive and powerful software integrated into Koala Software to synchronize illumination with device movements, to record, visualize and analyze the micro-device’s functionality and true dynamic response.
Precise measurements of displacements through extremely sensitive phase interpretation: (a) Fabry-Perot cavity mirror (b) Cantilever at resonance (c) Variable capacitor (d) High frequency mirror (e) Membrane a b c d e D

This equipment is located in US