Technologies and applications available in Technion researcher labs.
| Equipment | Service | Features | Technology | PI & Faculty | Contact Person | Phone | Link | |
|---|---|---|---|---|---|---|---|
MatchID - Multi-camera 3D-DIC system. | N/A | 3D digital image correlation | Dana Solav | Mechanical Engineering | Dana Solav | |||
Digital Image Correlation (DIC) | Cameras + accessories, hardware+software | 3D photography | Hezi Grisaro | Civil and Environmental Engineering | Hezi Grisaro | |||
N80 Neoscan Micro-CT Scanner | Spatial resolution 800nm; X-ray source | 3D reconstruction of internal microstructure of the objects | Boaz Pokroy | Materials Engineering | Iryna Polishchuk | |||
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 | |||
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 | |||
Advanced behavioral lab, for the collection and analysis of individual and team behaviors. | Cameras, sensors, store-like setup, audio, and video including an advanced software for the collection and analysis of behavioral data. | Advanced behavioral data collection system for consumer behavior and decisions about sustainable behaviors. | Atar Herziger | Data and Decisions Science | Atar Herziger | |||
Advanced behavioral lab, for the collection and analysis of individual and team behaviors. | Cameras, sensors, teamwork-like setup, audio, and video including an advanced software for the collection and analysis of behavioral data for team and individuals. | Advanced behavioral data collection system for team and individual behaviors in organizations and at the workplace. | Dana Harari | Data and Decisions Science | Dana Harari | |||
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 | |||
Lumisizer - Colloid stability and sizing | Space and time resolved extinction profiling of samples under controlled centrifugation | Analytical centifugation | Uri Lesmes | Biotechnology and Food engineering | Carmit Shani Levi | |||
Autonomous RC cars and drones | N/A | Autonomous RC cars and drones | Kiril Solovey | Electrical and Computer Engineering | Kiril Solovey | |||
Hydraulic bandsaw | N/A | Bandsaw CUTERAL CSM 400 SEMI AUTOMATIC BAND SAW | Beni Cukurel | Aerospace Engineering | Slava Polansky | |||
Remote sensing of water waves | Noval methodology for phase resolved spatio-temporal measurement of water waves. Provides directional time series and spectra under artificial lighting conditions | Based on the reflected light polarization sampling. | Liberzon Dan | Civil and Environmental Engineering | Dan Liberzon | |||
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 | |||
Chemi-doc | N/A | Chemi-doc | Assaf Zinger | Chemical Enigneering | Lilach Caspi | |||
CNC milling lathe | N/A | CNC Milling Lathe LYNX 2100A | Beni Cukurel | Aerospace Engineering | Slava Polansky | |||
Climatic monitoring equipment for outdoor conditions | Allowing a variety of climatic outdoor monitoring, including calculation of Mean Radiant Temperatures and thermal comfort indices | Compact meteorological stations, net-radiometers, data loggers, thermal cameras | Or Aleksandrowicz | Architecture and Town Planning | Or Aleksandrowicz | |||
Optical Tensiometer | N/A | Contact angle, hysteresis, surface tension, surface energy measurements | Boaz Pokroy | Materials Engineering | Iryna Polishchuk | |||
High energy milling | Different materials for case and balls | Cryo and RT vibrational ball mill | Charles Diesendruck | Chemistry | Charles Diesendruck | |||
Glacios, Thermo Fisher | The microscope is in GTIIT | Cryo-Electron Microscope and related equipment: we provide support to all the application including (1) Morphological analysis of all nanostructures in solution at cryogenic temperature; (2) Cryo-electron tomography (Cryo-ET); (3) High-resolution structural analysis including SPA and helical reconstruction. | Dganit Danino | Biotechnology and Food Engineering | Inbal Ionita | |||
CSU-W1 spinning disk confocal microscope | N/A | CSU-W1 spinning disk confocal microscope. Our CSU-W1 spinning disk confocal microscope (Intelligent Imaging Innovations, Denver, CO, USA) equipped with a 50?m disk, 10-position emission filter wheel, and near-infrared (NIR) capability for 685-785 nm illumination. The system was integrated with a LaserStack v4 launch housing four solid-state lasers at 488 nm (150 mW), 561 nm (150 mW), 638 nm (200 mW), and 785 nm (300 mW). It is located at the Guttweirth Animal house. | Katrien Vandoorne | Biomedical Enigneering | Katrien Vandoorne | |||
Helium pycnometer | N/A | Density determination | Semion Zhutovsky | Civil and Environmental Engineering | Semion Zhutovsky, Smadar Kedem | |||
Atomic layer deposition | Deposition of thin inorganic layers such as Al2O3, ZnO, TiO2, HfO2 | Deposition of thin inorganic layers | Tamar Segal-peretz | Chemical Engineering | Nidaa Herzallh | |||
Molecular layer deposition | Deposition of thin polymeric layers such as polyamides | Deposition of thin organic and hybrid layers | Tamar Segal-peretz | Chemical Engineering | Nidaa Herzallh | |||
Data Storage in DNA | sequencing of synthesized DNA | Designing codes and algorithms for DNA-based storage systems | Eitan Yaakobi | Computer Science | Omer Sabary | |||
Desktop NMR (H, C) with water (solvent) suppression capabilities | N/A | Desktop NMR (H, C) with water (solvent) suppression capabilities | Omer Yehezkeli | Biotechnology and Food Engineering | Omer Yehezkeli | |||
Detection of breaking water waves | Algorithms for data processing enabling accurate detection of breaking water waves | Detection of breakers of all intensities in simple surfcae elevation time series. | Liberzon Dan | Civil and Environmental Engineering | Dan Liberzon | |||
DLS | N/A | DLS | Assaf Zinger | Chemical Enigneering | Lilach Caspi | |||
Research goniometer for light scattering measurements | Angular-resolved particle and polymer characterization | Dynamic and Static Light Scattering (DLS / SLS) | Inbar Magid-Gold | Lucy Liberman, Chemical Engineering | Inbar Magid-Gold | |||
Hall coefficients measurement system | N/A | Ecopia HMS-5500; Temoperature range: LN through 300 C. | 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 | |||
Electron Spin Resonance Spectrometer | N/A | Electron Spin Resonance Spectrometer | Aharon Blank | Chemistry | Aharon Blank | |||
Oxygen sensor | N/A | Energy and Life science | Galia Maayan | Chemistry | Reut Mor-Yosef | |||
Electrokinetic analyzer for zeta potential measurement of surfaces | Automatic pH control | Evaluating surface charge | Razi Epsztein | Civil and Environmental Engineering | Razi Epsztein | |||
High performance computer | About 5000 cpus dicided to nofes of 192 cores each. | Expensive computational tasks, in particular requiring non trivial paralelization | Hagai Perets | Physics | Hagai Perets | |||
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 | |||
Fixed Appotronics projector | N/A | Fixed Appotronics projector | Davide Schaumann | Architecture and Town Planning | Michal Cohen | |||
Flight room for robotic and drone experiments | N/A | Flight room for robotic and drone experiments | Kiril Solovey | Electrical and Computer Engineering | Kiril Solovey | |||
Environmental wind tunnel | 1.78 by 1.78 cross section, adjustable ceiling for pressure gradient control, PC contolable blower, various flow field shaping features | Fluid Dynamics, Environmental Flows, Civil Engineering | Liberzon Dan | Civil and Environmental Engineering | Dan Liberzon | |||
ECHO fluorescent microscope | All filers in the UV-VIS-NIR. Z-stack, upright and inverted. | Fluorescence imaging microscopy | Ori Green | Chemistry | Ori Green | |||
Plate reader ABS, FL and LUM | Measuring FL ABS and LUM spectra end point or kinetics, can measure multiple samples at once (12,24,96 samaples) and also the possibility to measure cuvettes | Fluorescence, absorbance and luminescence spectroscopy | Ori Green | Chemistry | Ori Green | |||
GC - FID-TCD, with autosampler. We also have chiral column to measure enantiomers. | N/A | GC - FID-TCD, with autosampler. We also have chiral column to measure enantiomers. | Omer Yehezkeli | Biotechnology and Food Engineering | Omer Yehezkeli | |||
Small RNA sequencing and analysis (QsRNA-seq) | Allowing multiplexing and UMI for accurate quantitative analysis. | Generating small RNA (microRNA) sequencing for high-throughput and quantitative analysis. | Ayelet Lamm | Biology | Ayelet Lamm | |||
Glove Box under Argon for oxygen sensitive work. The glove box is conjugated to FPLC purification setup and electrochemical station. | N/A | Glove Box under Argon for oxygen sensitive work. The glove box is conjugated to FPLC purification setup and electrochemical station. | Omer Yehezkeli | Biotechnology and Food Engineering | Omer Yehezkeli | |||
Helix Nova | N/A | Helix Nova | Assaf Zinger | Chemical Enigneering | Lilach Caspi | |||
Bambu Lab X1 Carbon 3D Printer | Multi Color & Multi Material Capability, Proven reliability trusted by professionals, High quality printing with 7 μm Lidar Resolution, High speed CoreXY with 20000 mm/s² Acceleration, Dual Auto Bed Leveling, The AMS 2 Pro is compatible with X1/P1 series printers for multi-material printing. | High-speed fused filament fabrication (FFF) 3D printing with multi-material capability | Davide Schaumann | Architecture and Town Planning | Michal Cohen | |||
Microtom and paraffin embedding system | Histology | Histology | Prof. Shulamit Levenberg | Faculty of Biomedical Engineering | Galia Ben David | |||
I-ware Infoot 2 - 3D foot scanner. | N/A | I-ware Infoot 2 - 3D foot scanner. | Dana Solav | Mechanical Engineering | Dana Solav | |||
High capacity book scanner and digitization software | Offering high-resolution scanning and digitization of printed materials, including OCR in any language, and packaging as a searchable PDF document | I2S Escan Open System A3 | Or Aleksandrowicz | Architecture and Town Planning | Or Aleksandrowicz | |||
ICP OES | N/A | ICP OES | Omer Yehezkeli | Biotechnology and Food Engineering | Omer Yehezkeli | |||
| Equipment | Service | Features | Technology | PI & Faculty | Contact Person | Phone | Link |