Researchers Technologies

Technologies and applications available in Technion researcher labs.

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Equipment \| Service	Features	Technology	PI & Faculty	Contact Person	Phone	Email	Link
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
Optoacoustic/photoacoustic imaging, ultrahigh-resolution ultrasound, and silicon-photonic sensors.	Fully automated 3D acoustic chataraterization setup with frequencies going up to 100 MHz. Fabrication of optical components in a silicon nitride platform	Silicon-photonics fabrication and assembley, ultrasound characterization	Amir Rosenthal \| Electrical and Computer Engineering	Sergey Fradin
Equipment for digitizing analog data, in all types of media and formats.	N/A	Textual, (audio, visual, negatives and film.	Shira Wilkof \| Architecture and Town Planning	Shira Wilkof
3I spinning disc confocal with FRAP, bleaching, nano paritcles electro optical modulation in live cells	3I spinning disc confocal with FRAP, bleaching, nano paritcles electro optical modulation in live cells	spinning disk confocal microscope	Hemi Rotenberg \| Biomedical Engineering	Shiri Karni Ashkenazi
CNC milling lathe	N/A	CNC Milling Lathe LYNX 2100A	Beni Cukurel \| Aerospace Engineering	Slava Polansky
Conventional lathe	N/A	Lathe	Beni Cukurel \| Aerospace Engineering	Slava Polansky
Conventional mill	N/A	Mill	Beni Cukurel \| Aerospace Engineering	Slava Polansky
Hydraulic bandsaw	N/A	Bandsaw CUTERAL CSM 400 SEMI AUTOMATIC BAND SAW	Beni Cukurel \| Aerospace Engineering	Slava Polansky
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
High-ceiling flight room for experiments with autonomous quadrotors and robots	N/A	N/A	Vadim Indelman \| Aerospace Engineering	Vadim Indelman
OptiTrack Motion Capture System	N/A	N/A	Vadim Indelman \| Aerospace Engineering	Vadim Indelman
Particle size distribution and counting	Only for aqueous solutions. Has advantage over other methods for low number of particles.	AccuSizer FXnano - Counts and finds size distribution of particles in aqueous solutions. Size from 0.2 to 200 microns	Eran Friedler \| Civil and Environmental Engineering	Yael Gilboa
Electrical conductivity & Seebeck coefficients measurement system	4pp; Temperature range: RT through 1000 C.	Netzsch SBA-458	Yaron Amouyal \| Materials Science and Engineering	Yaron Amouyal
Furnaces	N/A	Tube furnaces (1100 C); Box furnace (1500 C)	Yaron Amouyal \| Materials Science and Engineering	Yaron Amouyal
Hall coefficients measurement system	N/A	Ecopia HMS-5500; Temoperature range: LN through 300 C.	Yaron Amouyal \| Materials Science and Engineering	Yaron Amouyal
Thermal conductivity measurement system	Laser Flash analysis (LFA); Temperature range: LN through 1100 C.	Netzsch LFA-457	Yaron Amouyal \| Materials Science and Engineering	Yaron Amouyal
Vacuum system for sealing of quartz ampoules	N/A	Vacuum system for sealing of quartz ampoules	Yaron Amouyal \| Materials Science and Engineering	Yaron Amouyal
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
3D printing of diffractive optical elements.	N/A	Fabrication	Yoav Shechtman \| Biomedical Engineering	Yoav Shechtman
Models of diseases in rodents, including heart failure, kidney failure, acute pancreatitis, chronic kidney disease, acute respiratory distress and more. Also, monitor physiological parameters such as blood pressure, cardiac function, renal ECG, and more.	N/A	Models of diseases in rodents, including heart failure, kidney failure, acute pancreatitis, chronic kidney disease, acute respiratory distress and more. Also, monitor physiological parameters such as blood pressure, cardiac function, renal ECG, and more.	Zaid A. Abassi \| Medicine	Zaid A. Abassi
Equipment \| Service	Features	Technology	PI & Faculty	Contact Person	Phone	Email	Link