Researchers Technologies
Technologies and applications available in Technion researcher labs.
| Equipment | Service | Features | Technology | PI & Faculty | Contact Person | Phone | Link | |
|---|---|---|---|---|---|---|---|
Ultra high-speed electronic signals test and measurement laboratory | Probe station mounted on an optical table | State-of-the-art equipment for transceivers characterization up to 224Gb/s, exceeding 70GHz | Ariel Cohen, Electrical and Computer Engineering Faculty | Electrical and Computer Engineering | Ariel Cohen |  |  |  |
Ultrasonic equipment, transducers, HIFU, ultrasonic tomograph. | N/A | The ultrasonic tomograph was developed and built in the laboratory of Haim Azhari, used to scan women for breast tumors, CT images and projection images such as X-rays but with sound waves. | Azhari Haim | Biomedical Engineering | Azhari Haim | | | |
Ultrasonic levitation using standing waves | N/A | Ultrasonic tests for defects | Bucher Izhak | Mechanical Engineering | Izhak Bucher | | | |
Underwater acoustics, low-frequency detection using parametric arrays, parametric resonance amplification | N/A | Parametric amplificiation and sensing parametric, ultrasnic arrays | Bucher Izhak | Mechanical Engineering | Izhak Bucher | | | |
Urban shade maps generation (service) | The resulting maps are provided as vector shapefiles showing the Shade Index and Tree Canopy Cover ratio values for each street segment and open public space | Original technology for high-resolution outdoor shade mapping of cities based on raw geographic data | Or Aleksandrowicz | Architecture and Town Planning | Or Aleksandrowicz | | | |
Vacuum system for sealing of quartz ampoules | N/A | Vacuum system for sealing of quartz ampoules | Yaron Amouyal | Materials Science and Engineering | Yaron Amouyal | | | |
WItec alpha300 Raman Imaging Microscope | Confocal Raman Imaging; Hyperspectral image generation with the information of a complete Raman spectrum at every image pixel; Excellent lateral resolution; Outstanding depth resolution ideally suited for 3D image generation and depth profiles; Ultra-fast Raman imaging; Ultra-high throughput spectroscopic system for highest sensitivity and best performance in spectral resolution; Non-destructive imaging technique | Raman imaging microscopy and spectroscopy | Avner Rothschild | Materials Science and Engineering | David Ellis | | | |
X-Ray diffraction | X-Ray Diffraction of powders is performed using Panalytical Empyrean Diffractometer. The analysis is performed using HighScore Plus software. | Qualitative and quantitative analysis results for a mineral sample | Semion Zhutovsky | Civil and Environmental Engineering | Semion Zhutovsky, Smadar Kedem | | | |
Zebris FDM-2 Instrumented walkway for plantar pressure distribution measurement. | 2 meter walkway with 15,360 capacitive sensor meauring at 200 Hz | Capacitive sensors | Dana Solav | Mechanical Engineering | Dana Solav | | | |
ZED 2i (Stereolabs) | "Neural Depth Sensing | Stereo depth camera with AI and multi-sensor fusion for 3D perception. | Davide Schaumann | Architecture and Town Planning | Michal Cohen | | | |
ZED Box (Stereolabs) | "Powered by NVIDIA Jetson Orin NX or AGX modules for up to 275 TOPS AI compute. | AI-powered edge computing device optimized for spatial perception with ZED cameras. | Davide Schaumann | Architecture and Town Planning | Michal Cohen | | | |
Gel permeation Chromatography - THF, DMF, HT-(TCB) | Different detectors - MALS, in line DLS, dRI, viscometer (THF only) | Mw/Mn/PDI/Rg analysis in soluble polymers | Charles Diesendruck | Chemistry | Charles Diesendruck | | | |
UTM with thermal chamber | "Crosshead speed – 0.0001 to 1270 mm/min | The equipment can perform varieties of mechanical tests for soft materials (biomaterials, rubber composites, hydrogels, SMPs, polymers, etc.) | Prof. Konstantin Volokh | Faculty of Civil and Environmental Engineering | Dr. Mohit Goswami | | | |
The XRF (Malvern Panalytical) system consists of an X-ray tube, detector, sample holder, and dedicated analysis software. | The instrument is equipped with advanced calibration and data-processing capabilities to ensure reliable analytical performance. Additional accessories include sample preparation tools and safety shielding systems that comply with laboratory safety standards. The XRF (X-ray Fluorescence) analyzer enables rapid and non-destructive elemental analysis of a wide range of materials. The system provides high accuracy and repeatability, requires minimal sample preparation, and allows both qualitative and quantitative analysis. It is suitable for analyzing powders and solids materials. Powder samples can be analyzed either as pressed pellets prepared using a hydraulic press or as fused glass beads, enabling accurate and reliable elemental characterization for different research and industrial applications. | The XRF technology is based on the interaction between X-rays and matter. When the sample is exposed to primary X-rays, atoms within the material emit secondary fluorescent X-rays at characteristic energies unique to each element. The detector measures these energies and intensities, allowing identification and quantification of the elemental composition of the sample. This technology provides fast, precise, and non-destructive chemical analysis for a broad range of applications. | Semion Zhutovsky | Faculty of Civil and Environmental Engineering | Smadar Kedem | | | |
Microtom and paraffin embedding system | Histology | Histology | Prof. Shulamit Levenberg | Faculty of Biomedical Engineering | Galia Ben David | | | |
Water resources systems modeling; water distribution systems analysis | Computational modeling of water resources and water distribution systems, including hydraulic and water-quality simulation, optimization, uncertainty analysis, resilience assessment, data-driven modeling, and decision-support tools | Mathematical and empirical modeling | Prof. Avi Ostfeld | Faculty of Civil and Environmental Engineering | Prof. Avi Ostfeld | | | |
Acoustic Chamber (IAC Acoustics) | Supports the collection of high quality data with EEG and/or eye tracking. Shielding for acoustic and electrical noise. Monitor, speakers, microphone, connector board for additional equipment. | EEG (Biosemi), Eyetracker (EyeLink Potable Duo) | Yevgeni Berzak | Faculty of Data and Decision Sciences | Yevgeni Berzak | | | |
Eye Tracking Room | Reception and experiment room for eye tracking experiments. Acoustic shielding. State-of-the-art EyeLink 1000 Plus Tower Mount eyetracker. | EyeLink 1000 Plus | Yevgeni Berzak | Faculty of Data and Decision Sciences | Yevgeni Berzak | | | |
Portable computer lab | Can take a computer lab with you for field studies with students and the general public | 40 tablets | Ido Roll | Faculty of Education in Science and Technology | Ido Roll | | | |
Modelling, Solution, and Analysis of Nonlinear Dynamical Systems | Modelling (nonlinear dynamical systems) | Multiscale Fluid-Structure Interaction, | Oded Gottlieb | Faculty of Mechanical Engineering | Oded Gottlieb | | | |
Bruker D6 Phaser Diffractometer | XRD for crystal structure analysis. | X-ray Diffraction, Pair Distribution Function | Arad Lang | Materials Science and Engineering | Arad Lang | | | |
| Equipment | Service | Features | Technology | PI & Faculty | Contact Person | Phone | Link |