Researchers Technologies

Technologies and applications available in Technion researcher labs.

 Equipment | Service Features TechnologyPI & Faculty Contact PersonPhoneEmailLink

UTM with thermal chamber

"Crosshead speed – 0.0001 to 1270 mm/min
Speed accuracy – 0.1%
Max. Crosshead travel – 1070 mm
Load Cell – 5kN and 500N
Test procedures - Tensile, Bending, Flexural, Modulus, Compression, Cycling, Peel, Friction, Puncture, Tear, yield point and etc.
Temperature range: 40 to 280?C (Temp. accuracy – 0.5?C)"

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 EngineeringDr. Mohit Goswamiphone iconmail iconwebsite icon

ZED 2i (Stereolabs)

"Neural Depth Sensing
Spatial Object Detection
Built-in Next-Gen IMU, Gyroscope, Barometer & Magnetometer
120° Wide-Angle FOV
All-Aluminium Frame with Thermal Control
Optional Integrated Polarizer for reflection removal
IP66 protection from water and dust
Secure USB Type-C connection "

Stereo depth camera with AI and multi-sensor fusion for 3D perception.

Davide Schaumann | Architecture and Town PlanningMichal Cohenphone iconmail iconwebsite icon

ZED Box (Stereolabs)

"Powered by NVIDIA Jetson Orin NX or AGX modules for up to 275 TOPS AI compute.
Quad GMSL2 camera interfaces for seamless multi-camera stereo and monocular vision integration.
Fanless design for reliable operation in challenging environments.
Wide range of I/O including Ethernet, USB 3.2, HDMI, and GPIO.
Pre-integrated with the ZED SDK for spatial mapping, object detection, and AI analytics.
Ideal for autonomous robots, smart machines, and edge AI systems requiring powerful GPU acceleration and robust connectivity."

AI-powered edge computing device optimized for spatial perception with ZED cameras.

Davide Schaumann | Architecture and Town PlanningMichal Cohenphone iconmail iconwebsite icon

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 EngineeringDan Liberzonphone iconmail iconwebsite icon

Medium size wind-wave flume

18 meters long, 1.1 meters wide, water depth of up to 0.8 meters. Waves generation by wind and/or mechanical wavemakers. Wind speeds of up to 20 m/s

Water waves-Atmosphere interactions, breaking waves, waves induced currents, flow visualization

Liberzon Dan | Civil and Environmental EngineeringDan Liberzonphone iconmail iconwebsite icon

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 EngineeringDana Solavphone iconmail iconwebsite icon

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 EngineeringShiri Karni Ashkenaziphone iconmail iconwebsite icon

Quartz crystal microbalance

4 samples in parallel

Measuring mass depsotion on surfaces in nanograms

Razi Epsztein | Civil and Environmental EngineeringRazi Epszteinphone iconmail iconwebsite icon

Electrical conductivity & Seebeck coefficients measurement system

4pp; Temperature range: RT through 1000 C.

Netzsch SBA-458

Yaron Amouyal | Materials Science and EngineeringYaron Amouyalphone iconmail iconwebsite icon

Small scale waves basin

6 by 6 basin, up to 0.8 m water depth, mechanical wavemakers

Water waves fields and interaction with structures, breaking waves, waves induced currents, flow visualization

Liberzon Dan | Civil and Environmental EngineeringDan Liberzonphone iconmail iconwebsite icon

State of the art direct and indirect instrumentation measurements of water & air flow parameters.

Ability to produce accurate measuremnts of water waves fields, various turbulent flows (air and water), Eulerian and Lagrangian measuremnts of velociy, pressure distributions, and more

Resistance and capacitance type wave gauges, sonic and hot-wire/film anemometers, pressure gauges, high resolution, fast PIV/PTV imaging systems .

Liberzon Dan | Civil and Environmental EngineeringDan Liberzonphone iconmail iconwebsite icon

High performance computer

About 5000 cpus dicided to nofes of 192 cores each.

Expensive computational tasks, in particular requiring non trivial paralelization

Hagai Perets | PhysicsHagai Peretsphone iconmail iconwebsite icon

Acoustic levitation in near field, squeeze-flim

Acoustic levitation

Parametric loudspeaker array, parametric senosr array

Bucher Izhak | Mechanical EngineeringIzhak Bucherphone iconmail iconwebsite icon

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 EngineeringDan Liberzonphone iconmail iconwebsite icon

ECHO fluorescent microscope

All filers in the UV-VIS-NIR. Z-stack, upright and inverted.

Fluorescence imaging microscopy

Ori Green | ChemistryOri Greenphone iconmail iconwebsite icon

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 PlanningOr Aleksandrowiczphone iconmail iconwebsite icon

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 | BiologyAyelet Lammphone iconmail iconwebsite icon

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 EngineeringInbar Magid-Goldphone iconmail iconwebsite icon

Electrokinetic analyzer for zeta potential measurement of surfaces

Automatic pH control

Evaluating surface charge

Razi Epsztein | Civil and Environmental EngineeringRazi Epszteinphone iconmail iconwebsite icon

Ion chromatography

Autosampler, detection of concentraiton < 1 ppm

Measuring ion concentrtaion in solution

Razi Epsztein | Civil and Environmental EngineeringRazi Epszteinphone iconmail iconwebsite icon

Digital Image Correlation (DIC)

Cameras + accessories, hardware+software

3D photography

Hezi Grisaro | Civil and Environmental EngineeringHezi Grisarophone iconmail iconwebsite icon

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 ScienceAtar Herzigerphone iconmail iconwebsite icon

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 ScienceDana Harariphone iconmail iconwebsite icon

Portable computer lab

Can take a computer lab with you for field studies with students and the general public

40 tablets
2 portable routers
1 charging cart

Ido Roll | Faculty of Education in Science and TechnologyIdo Rollphone iconmail iconwebsite icon

OMNIS Advanced Titrator

Cholirde conetration demrmntation

Potentiometric autotitrator

Semion Zhutovsky | Civil and Environmental EngineeringSemion Zhutovsky, Smadar Kedemphone iconmail iconwebsite icon

Preperative HPLC

Compound separation from a complex mixture up to a 500 mg scale.

Liquid chromatography with UV-Vis

Ori Green | ChemistryOri Greenphone iconmail iconwebsite icon

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 EngineeringProf. Avi Ostfeldphone iconmail iconwebsite icon

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 EngineeringDavid Ellisphone iconmail iconwebsite icon

Tensiometer

Contact angel meassurement

Measuring hydrophobicity of surfaces

Razi Epsztein | Civil and Environmental EngineeringRazi Epszteinphone iconmail iconwebsite icon

Balancing and analysis of fsat rotating systems

critcal speeds, rotor balancing

Ultrasonic amplifiers and transducers

Bucher Izhak | Mechanical EngineeringIzhak Bucherphone iconmail iconwebsite icon

ALD Advanced – Atomic Layer Deposition (ALD) system

Deposition of nano-meter layers of alumina, titania, polymers etc.; 3D objects; multilayering

Ultra-thin films of various materials

Boaz Pokroy | Materials EngineeringIryna Polishchukphone iconmail iconwebsite icon

Atomic layer deposition

Deposition of thin inorganic layers such as Al2O3, ZnO, TiO2, HfO2

Deposition of thin inorganic layers

Tamar Segal-peretz | Chemical EngineeringNidaa Herzallhphone iconmail iconwebsite icon

Molecular layer deposition

Deposition of thin polymeric layers such as polyamides

Deposition of thin organic and hybrid layers

Tamar Segal-peretz | Chemical EngineeringNidaa Herzallhphone iconmail iconwebsite icon

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 | ChemistryCharles Diesendruckphone iconmail iconwebsite icon

High energy milling

Different materials for case and balls

Cryo and RT vibrational ball mill

Charles Diesendruck | ChemistryCharles Diesendruckphone iconmail iconwebsite icon

TamAir calorimeter

Eight-channel standard volume calorimeter block for up to 20 mL sample size

Isothermal calorimetry

Semion Zhutovsky | Civil and Environmental EngineeringSemion Zhutovsky, Smadar Kedemphone iconmail iconwebsite icon

Data Integration

Enabling technology for schema matching, entity resolution, table retrieval

Machine Learning, Deep Learning, GNNs, LLMs

Avigdor Gal | Data & Decision SciencesAvigdor Galphone iconmail iconwebsite icon

Electrical resistivity tomography (ERT).

Field geophysical tools

Iris-Instruments Syscal-Pro Switch96

Furman Alex | Civil and Environmental EngineeringFurman Alexphone iconmail iconwebsite icon

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 EngineeringSergey Fradinphone iconmail iconwebsite icon

Ultra-small, Small, mid, and wide angle X-ray scattering measurements of solutions, gels, powders, and films

GI-SAXS, WAXS, SAXS, USAXS, shear-cell

X-ray Scattering, Material characterization, data analysis, surface characterization

Lucy Liberman | Chemical EngineeringMikhail Stolovphone iconmail iconwebsite icon

Analytical HPLC ELSD

High separation efficiency for complex mixtures with full analysis of absorbance spectra and ELSD for broad molecule detection

Liquid chromatography with UV-Vis and ELSD

Ori Green | ChemistryOri Greenphone iconmail iconwebsite icon

Analytical HPLC MS

High separation efficiency for complex mixtures with full analysis of absorbance spectra and molecular weights

Liquid chromatography with UV-Vis and MS

Ori Green | ChemistryOri Greenphone iconmail iconwebsite icon

Microtom and paraffin embedding system

Histology

Histology

Prof. Shulamit Levenberg | Faculty of Biomedical EngineeringGalia Ben Davidphone iconmail iconwebsite icon

Spectral-induced polarization (SIP).

Lab geophysical tools

Ontash & Ermac PSIP (two units)

Furman Alex | Civil and Environmental EngineeringFurman Alexphone iconmail iconwebsite icon

Thermal conductivity measurement system

Laser Flash analysis (LFA); Temperature range: LN through 1100 C.

Netzsch LFA-457

Yaron Amouyal | Materials Science and EngineeringYaron Amouyalphone iconmail iconwebsite icon

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 | ChemistryOri Greenphone iconmail iconwebsite icon

Quantachrome PoreMaster 60

Mercury Intrusion Porosimetry-

Pore size distribution

Semion Zhutovsky | Civil and Environmental EngineeringSemion Zhutovsky, Smadar Kedemphone iconmail iconwebsite icon

Modelling, Solution, and Analysis of Nonlinear Dynamical Systems

Modelling (nonlinear dynamical systems)

Multiscale Fluid-Structure Interaction,
Nano-Opto-Electro-Mechanical Systems.

Oded Gottlieb | Faculty of Mechanical EngineeringOded Gottliebphone iconmail iconwebsite icon

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 PlanningMichal Cohenphone iconmail iconwebsite icon

2 Photon intvra vital

N/A

To be purchased next.

Assaf Zinger | Chemical EnigneeringLilach Caspiphone iconmail iconwebsite icon
 Equipment | Service Features TechnologyPI & Faculty Contact PersonPhoneEmailLink