Spinning Disk Confocal Olympus IXplore-Spin
| Lasers: 405 488 561 640 nm, Prime BSI Express monochrome camera
| Confocal Microscope
| Biomedical Core Facility (BCF)
| Maya Holdengreber |
|  |
|
Substrate Oxidation Stress Test
| Interrogation of three primary substrates that fuel the mitochondria: long chain fatty acids, glucose/pyruvate, and/or glutamine by blocking each pathway and measuring the cells' dependencies
| Real-Time Cell Metabolic Analysis (XFe96 Seahorse Analyzer)
| Biomedical Core Facility (BCF)
| Ifat Abramovich |
| |
|
TEM - FEI Talos L120C
| Transmission electron microscope
| Electron microscopy
| Biomedical Core Facility (BCF)
| Lihi Shaulov |
| |
|
TeraCyte
| high-throughput Temporal Cytometry platform designed for longitudinal, single-cell analysis of live cells
| Temporal Cytometry
| Biomedical Core Facility (BCF)
| Amir Grau |
| |
|
TYTO
| Contamination-free within the disposable, fully closed MACSQuant Tyto Cartridge
| FACS Sorter
| Biomedical Core Facility (BCF)
| Amir Grau |
| |
|
Ultracentrifuge Sorvall WX90
| 90000 rpm, 692149 x g
| Ultracentrifuge
| Biomedical Core Facility (BCF)
| Amir Grau |
| |
|
Ultramicrotome Leica EM UC7
| Thin Sections at Room and Cryo Temperatures
| Electron microscopy
| Biomedical Core Facility (BCF)
| Lihi Shaulov |
| |
|
Untargeted metabolomics (Orbitrap Exploris 240)
| Untargeted analysis (polar/non polar metabolites); metabolic phenotype in diverse sample types
| Mass Spectrometry
| Biomedical Core Facility (BCF)
| Ifat Abramovich |
| |
|
US Vevo 3100
| In-vivo ultrasound imaging in rodent for anatomical, morphological and functional 2D/3D imaging
| Micro-ultrasound
| Biomedical Core Facility (BCF)
| Galit Saar |
| |
|
X-rad 320 Irradiator
| X-ray irradiation system for small animals nd biological specimens, capable of delivering a precise radiation dosage.
| X-ray irradiation system
| Biomedical Core Facility (BCF)
| Galit Saar |
| |
|
Zeiss Celldiscoverer 7
| High content screening live cell inverted widefield imaging system
| Fluorescence Microscope
| Biomedical Core Facility (BCF)
| Maya Holdengreber |
| |
|
Wave Basin
| CAMERI -Coastal and Marine Engineering Research Institute
| Wave Basin
| CAMERI- Coastal and Marine Engineering Research Institute Ltd.
| Rotem Cohen |
| |
|
Continuity Centrifuge
| Liquid liquid. Solid liquid. 17000 g. 5 lit/min
| Food Technology - Separation
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Double jacket mixing steam pot
| 15L
| Food Technology - Mixing
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Drum Dryer Vaccum
| 4 l/hr
| Food Technology - Drying
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Dry extruder (TVP) + coextrusion
| | Food Technology - Shape Processing
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Electro heating – Ohmic heater
| | Food Technology - Sterilization
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Food high moisture extruder
| 1 kg/hr. Dual screw
| Food Technology - Shape Processing
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Freeze Driers
| Drying liquids into powder. up to 3 Kg batch
| Food Technology - Drying
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
High Pressure Homogenizer
| 1500 bar. 0.25 lit/min
| Food Technology - Size Reduction
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
HPP
| Up to 8000 bar
| Food Technology - High pressure processing
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Plate Heat Exchanger
| Up to 6 lit/min, 100 °C
| Food Technology - Pasteur
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Pulsed Electric Field (PEF)
| 24KV 20µs 300Hz
| Food Technology - Cell Perforation
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Sensory Evaluation Lab
| Designed per ISO 8589 standards
| Food Technology - Food
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Spray Dryer
| Drying liquids into powder. 1~2 Kg/hr
| Food Technology - Drying
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Steam food Autoclave
| Measured Inner Package tmp via Process
| Food Technology - Sterilization
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Stephan mixer
| 15L
| Food Technology - Mixing
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Stirred falling film evaporator
| 30 l/hr
| Food Technology - Evaporation
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Tweedy Mixer for Dough
| High shear strength. up to 15 Kg
| Food Technology - Dough
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
UF Filtration
| 0.54 square meter Membrane
| Food Technology - Separation
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Various Grinder and Millers
| | Food Technology - Size reduction
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Bruker (Tensor 27) Fourier Transform InfraRed (FTIR)
| Bruker (Tensor 27) Fourier Transform InfraRed (FTIR)
| Chemical and Surface Analysis
| Chemical and Surface Analysis Lab
| Rachel Edrei |
| |
|
Bruker AV III 300MHz NMR Spectrometer
| 1H 13C 29Si solution NMR
| Solution NMR Spectrometry
| Chemical and Surface Analysis Lab
| Shifi Kababya/Ira Ben Shir |
| |
|
Bruker AV III 400MHz NMR Spectrometer
| Broad band automated solution NMR
| Solution NMR Spectrometry
| Chemical and Surface Analysis Lab
| Shifi Kababya/Ira Ben Shir |
| |
|
Bruker AV III 600MHz NMR Spectrometer
| Broad band solution NMR
| Solution NMR Spectrometry
| Chemical and Surface Analysis Lab
| Shifi Kababya/Ira Ben Shir |
| |
|
CEM Cop. (Discover) microwave reactor
| CEM Cop. (Discover) microwave reactor
| Chemical and Surface Analysis
| Chemical and Surface Analysis Lab
| Rachel Edrei |
| |
|
GC-MS
| | Chromatography Mass Spectrometry
| Chemical and Surface Analysis Lab
| Larisa Panz |
| |
|
Horiba Jobin Yvon (LabRAM HR Evolution) Micro-Raman
| Horiba Jobin Yvon (LabRAM HR Evolution) Micro-Raman
| Chemical and Surface Analysis
| Chemical and Surface Analysis Lab
| Rachel Edrei |
| |
|
Jobin Yvon (Fluorolog-3) Fluorometer
| Jobin Yvon (Fluorolog-3) Fluorometer
| Chemical and Surface Analysis
| Chemical and Surface Analysis Lab
| Rachel Edrei |
| |
|
MALDI
| | Masspectrometry
| Chemical and Surface Analysis Lab
| Larisa Panz |
| |
|
Q-TOF LCMS Bruker
| ESI APCI Solid prob APPI
| Chromatography, Mass Spectrometry
| Chemical and Surface Analysis Lab
| Larisa Panz |
| |
|
Q-TOF LCMS Waters
| ESI
| Chromatography, Mass Spectrometry
| Chemical and Surface Analysis Lab
| Larisa Panz |
| |
|
Rigaku diffractometer
| Determination of the crystal structures of the small organic molecules
| X-ray lab
| Chemical and Surface Analysis Lab
| Natalia Fridman |
| |
|
Rigaku XtaLAB Synergy-S
| The Cypher ES Environmental AFM provides an exceptional performance in resolution, speed and stability in standard contact and tapping modes. It is compatible with a complete range of modes and accessories. In addition, it enables studying samples in controlled gas or liquid environments, doing electrochemical experiments and measuring conductivity of samples.
| X-ray diffraction
| Chemical and Surface Analysis Lab
| Natalia Fridman |
| |
|
Shimadzu (UV-1800) Spectrophotometer
| Shimadzu (UV-1800) Spectrophotometer
| Chemical and Surface Analysis
| Chemical and Surface Analysis Lab
| Rachel Edrei |
| |
|
TESCAN (Vega-II) Scanning Electron Microscopy (SEM)
| TESCAN (Vega-II) Scanning Electron Microscopy (SEM)
| Chemical and Surface Analysis
| Chemical and Surface Analysis Lab
| Rachel Edrei |
| |
|
Thermo Scientific CHNS Analyzer (Flash2000)
| Thermo Scientific CHNS Analyzer (Flash2000)
| Chemical and Surface Analysis
| Chemical and Surface Analysis Lab
| Rachel Edrei |
| |
|
HRTEM - FEI Titan Cubed Themis G2 60-300
| Double corrected, Monochromated, EDS, EELS, In-situ holders, 4D-STEM
| Transmission electron microscopy
| EMC - The Electron Microscopy Center
| Yaron Kauffmann |
| |
|
Olympus BX51 Light Microscope
| light microscopewith a CCD camera
| Light Microscope
| EMC - The Electron Microscopy Center
| Yaron Kauffmann |
| |
|
PFIB - Helios 5 PFIB Cxe
| HRSEM, EDS, TEM lamella preparation (large cross sections), nano-patterning
| Plasman Focused Ion Beam
| EMC - The Electron Microscopy Center
| Galit Atiya |
| |
|
SEM - FEI E-SEM Prisma
| EDS. WDS, Low-vacuum
| Scanning electron microscopy
| EMC - The Electron Microscopy Center
| Maria Koifman |
| |
|
SEM - FEI E-SEM Quanta 200
| EDS. WDS
| Scanning electron microscopy
| EMC - The Electron Microscopy Center
| Maria Koifman |
| |
|
TEM - FEI Tecnai G2 T20 S-Twin TEM
| EDS, STEM
| Transmission electron microscopy
| EMC - The Electron Microscopy Center
| Yaron Kauffmann |
| |
|
Microscope system Axioskop 40, ZEIS
| | Confocal Microscope
| Grand Water Research Institute (GWRI)
| Ilana Barzilay |
| | |
Real-time qPCR system
| | Real-time PCR
| Grand Water Research Institute (GWRI)
| Ilana Barzilay |
| | |
Dilatometer (DIL 402 Expedis Select, Netzsch)
| Dilatometry is the method of choice for highly precise measurement of dimension changes to solids at a programmed temperature change and with negligible sample strain. The dilatometer in the FC lab is equipped with a dual pushrods system that enables doing measurements in a dual or a differential mode. The maximum sample temperature is 1150°C, the range of heating rates is 0.001-50 K/min. Measurements could be done in vaccuum, nitrogen or argon atmospheres. Samples of diameters 4,6 and 8 mm and lengths up to 52 mm could be tested. Several reference samples made of Aluminium Oxide are avalable.
| Dilatometer
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
Glove Box (VTI)
| The glove box provides a high quality controlled environment, designed for handling materials sensitive to oxygen and water. The attainable purity of this system is H2O < 1ppm, O2 < 1ppm. The workstation is equipped with large and small antechambers and a user-friendly PLC controller.
| Glove Box
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
Laser cutter (VLS 4.60, Universal Laser Systems)
| Laser cutting technology enables cutting complex shapes without the need for tooling. During the laser cutting procedure, there is laser beam used to cut different materials like plastic, wood, rubber, etc. The technology also can be used for marking and engraving. The laser cutter is equipped with 60W power laser and a standard 2 inch focusing lens, the average size of a focus point is 0.127mm. High-Power Density-Focusing Optics (HPDFO) lens that gives much smaller focus point (0.025mm) is also available.
| Laser cutter
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
Membrane Test System (MTS) (Scribner)
| The 740 MTS is intended for studying new ionomers and solid electrolyte materials. It offers rapid and accurate measurements of membrane resistance and conductivity as a function of temperature, humidity and pressure without a need of catalyzing a membrane and preparing a membrane-electrode assembly. The size of a membrane sample that is necessary for a measurement is 6X30 mm.
| Membrane Test System
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
PEM Fuel Cells test stations (850e, Scribner)
| The 850e system is a complete test station for operation and measurement of PEM/DMFC fuel cells. 4 test stations are available in the laboratory. The system can be operated in 5/25/50 A current ranges, maximum load power is 100W. The available cell fixtures are suitable for testing cells with active aresa of 5cm2 and 25 cm2. Three test stations are equipped with a humidifyer bypass for wet/dry testing and with a multygas system for switching between various gases during one test. Two are equiped with automatic back pressure unit.
| PEM Fuel Cells test station
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
Planetary mono mill (PULVERISETTE 6, Fritsch)
| Planetary Mill is used for fine grinding of hard, medium-hard, soft, brittle, tough and moist materials. The maximum rotational speed of the mill in FC lab is 650 rpm. The minimum volume of a grinded sample is 10 ml. Two grinding bowls, 80 ml and 250 ml volume, and grinding balls of 5mm and 10mm diameter, all made of Zirconium Oxide are available.
| Planetary mono mill
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
Rotating Ring Disk Electrode (RRDE) -3A Apparatus,
| RRDE-3A is a constant rotation system for use in hydrodynamic modulation rotating ring disk electrochemistry. It could be operated also as RDE. Rotation speed range is 100-8000 rpm. Electrodes are compact and rapidly interchangeable. The unit provides an adjustable valve system for inert gas purging inside the cell vial.The system is connected to VSP potentiostat (BioLogic), allowing performance of electrochemical measurements.
| Rotating Ring Disk Electrode (RRDE)
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
Screen printer (MSP-485, HIM)
| Screen printing is a printing technique whereby a mesh is used to transfer ink onto a substrate, except in areas made impermeable to the ink by a blocking stencil. Mesh/stencil is uniq for each work, so every user is requered to prepare his/her own mesh(s) and stencil(s). The maximum printing area is 8 x 8 inch.
| Screen printer
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
Solid Oxide Fuel Cells test station (X-20, Greenlight)
| The Greenlight X20 SOFC test station is a testing platform that is equipped with a button cell fixture for testing coin cell samples of 25mm diameter. The maximum temperature of tests is 1000 °C. The power range of the test station is up to 100W.
| Solid Oxide Fuel Cells test station
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
Vapor Sorption Analyser (VTA-SA+, TA instruments)
| The VTI-SA+ Vapor Sorption Analyzer is a continuous vapor flow sorption instrument for obtaining precision water and organic vapor isotherms at temperatures ranging from 5°C to 150°C at ambient pressure. The maximum weight of a sample that can be tested is 750mg.
| Vapor Sorption Analyser
| GTEP Fuel Cells Lab
| Irena Levin |
| |
|
Atomic Force Microscope with electrochemical capabilities
| The Cypher ES Environmental AFM provides an exceptional performance in resolution, speed and stability in standard contact and tapping modes. It is compatible with a complete range of modes and accessories. In addition, it enables studying samples in controlled gas or liquid environments, doing electrochemical experiments and measuring conductivity of samples.
| AFM
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
AutoChem II 2920 Chemisorption Analyzer
| The instrument enables the researcher to obtain valuable information about the physical properties of catalysts, catalyst support, and a variety of other materials. Researchers can investigate active metal surface area, surface acidity, distribution and strength of active sites, BET surface area, and more. The AutoChem II performs pulse chemisorption, temperature-programmed reduction (TPR), desorption (TPD), oxidation (TPO), and reaction analyses. Multiple experiments can be run using the same sample.
| Chemisorption Analyzer
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
Controlled Intensity Modulated Photocurrent Spectroscopy
| CIMPS is a photo-electrochemical system for the advanced characterization of photoelectrodes. It measures the response of the photoelectrodes to modulated light intensity by generating an AC current.
| Photo-electrochemistry
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
Dry/ Wet Electrochemical Characterization Station
| Ivium nStat is a multi-channel Potentiostat/Galvanostat with an integrated impedance analyzer. The nStat has four potentiostats, each potentiostat is a completely independent instrument. The instrument is designed for a wide range of applications, such as battery/fuel cell-testing, electrode development, biotechnology and other Electrochemical Research applications.
| Potentiostat/galvanostat
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
Gas-Chromatograph (GC) – Agilent 7890A
| It is used to analyze and identify volatile substances in the gas or liquid phase. The GC is equipped with TCD and FID detectors as well as CTC auto sampler unit and a controlled valve system for continuous sampling. Development of techniques to evaluate H2 and O2 in complicated system is also possible.
| GC Chromatography
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
Kelvin Probe (NRH020 KP Technologies)
| The Nitrogen Relative Humidity Chamber is equipped with a non-scanning Kelvin Probe, which is a non-contact, non-destructive vibrating capacitor device used to measure the work function of conducting materials or surface potential of semiconductors. This system is equipped with a high intensity monochromator light source (Horiba Jobin Yvon S.A.S) that enables measuring CPD at different wavelengths.
| Kelvin Probe
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
Nicolet iS50 FTIR Spectrometer (Thermo Scientific)
| The Nicolet iS50 FTIR is equipped with VeeMAX III specular reflection accessory with ATR (PIKE Technologies), offering continuous variable angle of incidence and a variety of crystal plates to selectively control the depth of penetration of the IR beam into the sample. ATR applications include the study of layered samples, coatings, release agents, monolayers on silicon and chemical migration studies.
| FTIR
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
PEM and AEM Water Electrolyzers
| Comprehensive testing of membrane and catalyst integration under controlled conditions to evaluate performance metrics such as current density, efficiency, and durability.
Hardware size: up to 5 cm2.
| Water Electrolyzers
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| | |
Profilometer (DekTak Bruker)
| A stylus (contact) profilometer that is used to measure height differences (steps) on samples, and serves as a characterization tool for measuring thin film thickness and surface roughness.
| Profilometer
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
Solar Simulator (Abet, USA)
| The Solar Simulator is a light source for testing photoelectrodes and photocatalysts under standard illumination conditions.
| Solar Simulator
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
TGA SETSYS Evolution
| Thermogravimetry analysis- The system is equipped with a microbalance that has a capacity of 35g (electronic resolution 0.02mg), temperature range of ambient to 1600°C with scanning temperature rate from 0.01 to 99.99°C/min, and an advanced gas panel, which allows mixing a carrier gas with an auxiliary/reactive gas.
| TGA
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
Ultrasonic Spray Deposition (ExactaCoat, Sono-Tek)
| A fully-enclosed, programmable 3-axis robot integrated ultrasonic spraying system designed for depositing active layer solutions to produce thin film.
| Ultrasonic Spray Deposition
| GTEP Hydrogen Technologies Lab
| Karam Yassin |
| |
|
3D Metal printing EOS M290
| High-temperature capability, 250 X 250 X 325 mm, metal alloy support.
| Selective laser melting (SLM)
| IMT- Israel Institute of Materials Manufacturing Technologies
| Leonid Chernobylskiy |
| |
|
Arc melting furnace
| Electric arc furnace. The weight of samples is up to 50 g.
| Arc heating
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
ATM Brlilliant 240 Saw
| Abrasive cut-off machine for workpieces up to 95 mm. dia.
| Cutting
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
ATM, Brillant 220
| Small samples, high accuracy, constant cooling
| Metallographic cut-off machine
| IMT- Israel Institute of Materials Manufacturing Technologies
| Keren Zohar Hauber |
| |
|
ATOmizer
| Metal atomization (powders production), flexible material processing
| Atomization
| IMT- Israel Institute of Materials Manufacturing Technologies
| Leonid Chernobylskiy |
| |
|
Bandsaw Blade machine
| Cut-off machine for workpieces up to 190 mm. dia.
| Cutting
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Briviscop 3000H
| Up to 3000 kgf load with 10mm ball indenter
| Brinell Hardness Tester
| IMT- Israel Institute of Materials Manufacturing Technologies
| Keren Zohar Hauber |
| |
|
Buehler Macromet-3
| Automatic measurement, digital
| Rockwell Hardness Tester
| IMT- Israel Institute of Materials Manufacturing Technologies
| Keren Zohar Hauber |
| |
|
Carbolite Gero furnace HTK 25 GR
| The graphite furnace operates with vacuum or gases Nitrogen / Argon. Max. temp. 2200 °C
| Heating
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Cerhec S.A.R.L.
| Laboratory furnace for tensile testing (up to 800 deg C)
| Laboratory furnace
| IMT- Israel Institute of Materials Manufacturing Technologies
| Roman Biletskiy |
| |
|
Curing Oven-400v
| Drying cabinet - 200 C (Ex One. M-Flex)
| Bibder Jet 3D printing
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Depowdering station
| Job box lift station (Ex One. M-Flex)
| Bibder Jet 3D printing
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Drilling machine
| Used to cut holes in a workpiece
| Drilling
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Foseco rotary degassing machine
| Rotary degassing of aluminium alloys
| Mechanical distributing
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Furnace Nabertherm HT 40/16
| High temperature furnace with fibre insulation, max. temp. 1600 °C
| Heating
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Furnace Nabertherm HT 40/18
| High temperature furnace with fibre insulation, max. temp. 1800 °C
| Heating
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Furnace Nabertherm N250/85 HA
| Air circulation chamber furnace, max. temp. 850 °C
| Heating
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Furnace Nabertherm T10/11
| Electrically heated furnace for melting and holding, max. temp. 1100 °C
| Heating
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
FutureTech, FM-110
| Automatic meaurement, Knoop, from 10gf up to 1000gf load
| Micro-Vickers Hardness Tester
| IMT- Israel Institute of Materials Manufacturing Technologies
| Keren Zohar Hauber |
| |
|
FutureTech, FV-110
| Automatic meaurement, from 1kgf up to 100kgf load
| Vickers Hardness Tester
| IMT- Israel Institute of Materials Manufacturing Technologies
| Keren Zohar Hauber |
| |
|
Gamry Reference 3000 Potentiostat / Galvanostat
| low currents, high voltage
| Electrochemical research/corrosion tesing
| IMT- Israel Institute of Materials Manufacturing Technologies
| Gennady Kozyukin |
| | |
HVOF coating machine
| Thermal spray system
| HVOF technology
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Instron 3369
| Up to 50 kN, tensile / bending / compression [+environmental chamber (from -100 to 300 deg.C)]
| Tensile machine
| IMT- Israel Institute of Materials Manufacturing Technologies
| Roman Biletskiy |
| |
|
