Lyncée Tec

Lyncée Tec Challenge 2022: Win a DHM Holographic MEMS Analyzer. Registration Deadline Extended!

Lyncée Tec have extended the closing date for entries in the Lyncée Tec Challenge 2022! The goal of the challenge is to encourage exploration of the potential of high laterally resolved vibration analysis with DHMand to reward the best application a DHM Holographic MEMS Analyzer!
Lyncée Tec Highspeed DHM

The Lyncée Tec Highspeed DHM^® operates with a single wavelength and can be configured in either transmission or in reflection.
Lyncée Tec: Digital Holographic Microscopy up to 100,000 fps confirms the mechanism of sonogenetics

In a seminal publication, the group of James Friend at UCSD discovers the mechanism of ultrasound causing ion channel activation underpinning sonogenetics. James' group measures with a Lyncée Tec high-speed DHM^® membrane displacements of 150 nm and has developed a biomechanical model to relate these movements with changes in membrane voltage. It is validated with patch-clamp recordings on neurons.
Lyncée Tec Digital Holographic Macroscope

The Lyncée Tec Digital Holographic Macroscope is the first macroscopic configuration of the reflection DHM^®. It enables measurements of the 3D topography with a large field of view up to 32 x 32 mm. As other DHM^® products, the macro-sensor is a non-scanning instrument recording 3D topography at unrivaled acquisition speed. This new patented technology opens new applications where a sub-nanometric vertical resolution is required within an extended field of view compared to standard microscope configurations.
Lyncée Tec DHM®: Analyze MEMS Transients in 4D with megapixel resolution

Transient characterization by Lyncée Tec Digital Holography Microscope (DHM®)encompasses:
Lyncée Tec: Full-Field Vibration Map of cMUT, pMUT, and SAW by DHM

Vibration 3D Measurements

Lyncée Tec's DHM is the world's fastest 3D optical profilometer. It provides the most comprehensive MEMS vibration analysis up to 25MHz. And each measurement has a mega data points resolution!
New perspectives with multimodal DHM® by Lyncée Tec

The standard for long time-lapse cell culture monitoring correlative microscopy.

Quantitative Phase Imaging (QPI) offers label-free measurement of cell morphology and dry mass, two unique biomarkers for the cell's physiological state.
Lyncée Tec industrial DHM series R100 & R200: 3D optical profilometers with interferometric resolution

The Lyncée Tec industrial DHM® series R100 and R200 are compact and lightweight 3D optical profilometers with interferometric resolution. They can be mounted on robot arms and gantry conveyors, and can be easily integrated into special multifunctional machines. Similarly to other Lyncée DHM® products, the measurement technology differs fundamentally from other optical profilometers by the non-requirement of both vertical and horizontal scanning. The 3D information is acquired instantaneously over the full field of view, and at camera frame rate. There are many advantages in it:
New milestone for Lyncée Tec in ultrafast 3D topography measurements

A new milestone has been reached in the field of ultrafast 3D topography measurements. In October, Lyncée Tec SA has delivered to Professor James Friends, Department of Material Sciences and Engineering, University of California San Diego, USA, a DHM T1000 equipped with a Photron Fastcam Nova high speed camera enabling 12’500 3D topography Measurement Per Second (MPS) for a digital resolution of 1024×1024 pixels, and 116’000 MPS for 256×256 pixels.
Lyncée Tec Digital Holographic Macroscope

Lyncée Tec's Digital Holographic Macroscope is the first macroscopic configuration of reflection DHM®. It enables measurement of 3D topography with large field of view up to 32 x 32 mm. As others DHM® products, the macro-sensor is a non-scanning instruments recording 3D topography at unrivaled acquisition speed. This new patented technology opens new applications where a sub-nanometric vertical resolution is required within an extended field of view compare to standard microscope configuration.
Lyncée Tec Live 3D Profilometer

The LyncéeTec Live 3D Profilometer solution by DHM® provides a unique approach for 3D topography characterization. Additionally to measurement of static samples, Digital Holographic Microscopy’s (DHM) “live” acquisition enables 3D measurements on moving and deformable samples.
Lyncée Tec: Microscopes for 3D real-time optical topography

Lyncée Tec SA combines for the first time in microscopy nanometric resolution, real time and non-invasive 3D observations in a revolutionary technology called "Digital Holographic Microscopy" (DHM™). The characteristics of DHM™ instruments make out of it a unique solution for following the whole development cycle of a product, from innovative R&D to quality control in production line, passing through the quantitative optimization of the manufacturing process. More here .
Lyncée Tec Transmission DHM Digital Holographic Microscope

Lyncée Tec's Transmission DHM® measures the optical path difference of a beam travelling through samples .
Lyncée Tec Reflection DHM Digital Holographic Microscope

The Lyncée Tec Reflection DHM series (DHM®-R1000, DHM®-R2100 and DHM®-R2200) are reflection configured holographic microscopes. They are ideal for measuring totally and partially reflecting objects. Their ability to work with low reflective interfaces (down to less than 1% reflectivity), make them ideal instruments for accurate optical topography measurements on a large variety of samples.