Struers LaboForce 100 Polishing Machine
| Polishing machine with variable speed for 300 mm dia. disk.
| Polishing
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
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Polar metabolomics profiling (Orbitrap Exploris 240/Q Exactive)
| Polar metabolites profiling with a in-house library of 550 metabolites - identification and relative quantification in diverse sample types
| Mass Spectrometry
| Biomedical Core Facility (BCF)
| Ifat Abramovich |
| |
|
ICP Deep RIE (Plasma-Therm Versaline
| Plasma dry etch for deep Si etch, (Fluorine Chemistry)
| Plasma dry
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
| |
|
Reactive Ion Etching (RIE Plasma Therm 790)
| Plasma dry etch
| Plasma dry
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
| |
|
Plasma Asher (Axic HF-8)
| Plasma clean
| Plasma clean
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
| |
|
Plasma Asher (YES G-1000)
| Plasma clean
| Plasma clean
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
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|
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 |
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|
Dry Film Laminator (JSE JSL-1200)
| Photolithography film laminator
| Photolithography
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
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|
Laser Lithography System
| Photolithography exposer and mask preparation (Heidelberg Instruments DWL 66+)
| Photolithography
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
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Contact Mask Aligner (KARL SUSS MA-6)
| Photolithography exposer
| Photolithography
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
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|
Contact Mask Aligner with BSA (KARL SUSS MJB3)
| Photolithography exposer
| Photolithography
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
| |
|
Automatic Developer (Suss MicroTec Delta 8+)
| Photolithography developing
| Photolithography
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
| |
|
Automatic Coater (Suss MicroTec Delta 80 RC)
| Photolithography coating
| Photolithography
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
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|
Phosphoproteome- Exploris 480 MS
| Phosphoproteome-Identification and quantification of enriched phosphopeptides from whole lysates.
| Mass Spectrometry
| The Smoler Proteomics Center
| Tamar Ziv |
| |
|
MILabs VECTor7 PET/SPECT/CT/OI
| PET/SPECT/CT/OI system for small animals
| In Vivo Imaging System
| Biomedical Core Facility (BCF)
| Galit Saar |
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|
Mastersizer 3000 Malvern
| Particle size disribution up to 3500 micron
| Particle Size Analyzer
| The Russell Berrie Nanoparticles and Nanometric System Characterization Center
| Sigal Eichler |
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|
Zetasizer Ultra Malvern
| Particle size disribution up to 10 micron,concentration, Zeta potential
| Particle Size Analyzer
| The Russell Berrie Nanoparticles and Nanometric System Characterization Center
| Sigal Eichler |
| |
|
Leica RM 2135 Microtome
| Paraffin sectioning
| Microtome
| Biomedical Core Facility (BCF)
| Katren Sakran |
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|
Ellipsometer Multi-layer measurements
| Optical thickness meeasurment by polarised light, wave length 193-2500nm (Woollam VASE)
| Optical measurment
| RBNI Sputtering Lab
| Andrey Wolf |
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Ellipsometere J.A. Woollam, M-2000UI
| Optical thickness meeasurment by polarised light
| Optical measurment
| RBNI Sputtering Lab
| Andrey Wolf |
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|
Optical Microscope Nikon
| Optical Microscope
| Optical Microscopy
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
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FTIR
| Nicolet iS-50, Thermo, (ATR, FT-IR) 500- 4000cm-1
| FTIR
| The Lab for Physical Measurements, physical properties of materials
| Inna Zeltser |
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N-terminus labeling and identification of a protein
| N-terminus labeling and identification of a protein
| Mass Spectrometry
| The Smoler Proteomics Center
| Tamar Ziv |
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|
Envision TEC GmbH 3D- Bioplotter Manufacturer
| Multi channel bioprinting of cells and biomaterials
| 3D Bioprinting
| 3D Bioprinting Center for printing Cells and Biomaterials
| Galia Ben-David |
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|
LaboPress-3 Machine
| Mounting press, sample diameter 25 mm.
| Mounting
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
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Stereo microscope, Zeiss Discovery V20
| motorized 20X zoom, digital camera and optic polarization
| Microscopy
| Technion Center for Structural Biology (TCSB)
| Yael Pazy Benhar |
| |
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Leica DMI8 inverted Fluorescent Microscope
| Monochrome and color camera. Inverted. For fluorescence and histology imaging
| Fluorescence Microscope
| Life Sciences and Engineering Infrastructure Center (LSE)
| Nitsan Dahan |
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|
Sonicator
| Microtip for 0.25 - 10ml, cup horn for sterile work, up to 8 x 1.5ml tubes
| Ultrasonic Processor
| Biomedical Core Facility (BCF)
| Amir Grau |
| |
|
AccuPyc Density Analyzer
| Micromeritics, measuring density of powders, solids, and slurries
| AccuPyc density analyser
| The Lab for Physical Measurements, physical properties of materials
| Inna Zeltser |
| |
|
3FLEX Porosity Analyzer
| Micromeritics, measuring BET, pore size / volume of micro / meso porous materials
| 3FLEX porosimeter
| The Lab for Physical Measurements, physical properties of materials
| Inna Zeltser |
| |
|
TriStar Porosity Analyzer
| Micromeritics, measuring BET, pore size / volume of meso porous materials
| TriStar porosimeter
| The Lab for Physical Measurements, physical properties of materials
| Inna Zeltser |
| |
|
Micro Tester G2
| Micro- scale compression test system
| Micro scale Mechanical test -Microbeam applies deformations while measuring applied forces
| The Russell Berrie Nanoparticles and Nanometric System Characterization Center
| Sigal Eichler |
| |
|
ATOmizer
| Metal atomization (powders production), flexible material processing
| Atomization
| IMT- Israel Institute of Materials Manufacturing Technologies
| Leonid Chernobylskiy |
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|
Metabolomics Services
| Metabolomics Services
| Metabolomics
| Biomedical Core Facility (BCF)
| Ifat Abramovich |
| |
|
Media nutrients consumption / secretion absolute quantification (Orbitrap Exploris 240/Q Exactive)
| Media nutrients secretome and consumption profiling; including absolute quantification
| Mass Spectrometry
| Biomedical Core Facility (BCF)
| Ifat Abramovich |
| |
|
Ez-50 LLOYD Universal Material Testing Machine
| Mechanical properties measurement (tension, compression)
| Mechanical Properties - Twin column design with acrosshead travel
| The Russell Berrie Nanoparticles and Nanometric System Characterization Center
| Sigal Eichler |
| |
|
Glycolysis Stress Test
| Measures the capacity of the glycolytic pathway after glucose starvation.
| Real-Time Cell Metabolic Analysis (XFe96 Seahorse Analyzer)
| Biomedical Core Facility (BCF)
| Ifat Abramovich |
| |
|
Spectrophotometer Cary 7000 UMS and UMA
| Measurement of Transparency, Absorbance and Reflectance
| Optical measurment
| RBNI Sputtering Lab
| Andrey Wolf |
| |
|
Steam food Autoclave
| Measured Inner Package tmp via Process
| Food Technology - Sterilization
| Carasso FoodTech Innovation Center
| Yair Glick |
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|
CyTOF Helios
| Measure up to 50 parameters at the single cell level
| Mass Cytometry
| Biomedical Core Facility (BCF)
| Amir Grau |
| |
|
DMA Analyzer
| MCR 702e Multi Drive (Anton Paar) is instrument for the dynamic mechanical analysis of solid, soft, and liquid samples. Perform dynamic mechanical analysis in bending, tension, compression, and torsion, standard and highly sophisticated rheological measurements as well as thermomechanical analysis (TMA) with one instrument.
| DMA analyzer
| The Lab for Physical Measurements, physical properties of materials
| Inna Zeltser |
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|
LEAP 6000 XR APT
| Mass spectometry, MCP detector
| Atom Probe Tomography
| The Israeli Center of Atom Probe Tomography (ICAPT)
| Inbar Freilich |
| |
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Olympus MVX10M
| Macro zoom microscope. Brightfield and fluorescent specimens
| Macro microscope
| Biomedical Core Facility (BCF)
| Maya Holdengreber |
| |
|
Supersonic Tunnel
| Mach number 1.6-3.5, test section 40X50 cm, balance measurements, Schlieren
| Aerodynamic measurments
| Technion Wind tunnel Complex
| Michael Dunaevsky | | |
|
Transonic Wind Tunnel
| Mach number 0.2-1.1, test section 80X60 cm, balance measurements, Schlieren
| Aerodynamic measurments
| Technion Wind tunnel Complex
| Michael Dunaevsky | | |
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Powder distribution system
| M-Flex 2-power distribution system
| Mechanical distributing
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
Alox Oxidation Furnace
| Low temp wet oxidation
| Fab
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
| |
|
Gamry Reference 3000 Potentiostat / Galvanostat
| low currents, high voltage
| Electrochemical research/corrosion tesing
| IMT- Israel Institute of Materials Manufacturing Technologies
| Gennady Kozyukin |
| | |
HR-SEM (Tescan Clara)
| Low currents, Decel mode
| Scanning electron microscopy
| MNFU - Micro-Nanoelectronics Fabrication Unit
| Yana Milyutin |
| |
|
Versastat 3 Potentiostat / Galvanostat
| low currents
| Electrochemical research/corrosion tesing
| IMT- Israel Institute of Materials Manufacturing Technologies
| Gennady Kozyukin |
| | |
MinION (Oxford Nanopore)
| Long-read DNA-seq
| Long read sequencing
| Azrieli-Technion Genomics Center
| Liat Linde |
| |
|
Continuity Centrifuge
| Liquid liquid. Solid liquid. 17000 g. 5 lit/min
| Food Technology - Separation
| Carasso FoodTech Innovation Center
| Yair Glick |
| |
|
Lipidomics Services
| Lipidomics Services
| Lipidomics
| Biomedical Core Facility (BCF)
| Ifat Abramovich |
| |
|
Lipidomics profiling (Orbitrap Exploris 240)
| Lipid profiling of different lipid families (glycerolipids, phospholipids, sphingolipids, Glycerophospholipids, Sterol Lipids, etc.)
| Mass Spectrometry
| Biomedical Core Facility (BCF)
| Ifat Abramovich |
| |
|
Instron E10K (electric)
| linear: 10kN,100Hz, +\- 30mm; Torsion: 100Nm,100Hz, +\- 135o rotation
| Tensile machine
| The Materials Mechanics Center
| Ziv keren | | |
|
Olympus BX51 Light Microscope
| light microscopewith a CCD camera
| Light Microscope
| EMC - The Electron Microscopy Center
| Yaron Kauffmann |
| |
|
BD FACS Calibur
| Lasers: 488, 635 nm
| FACS Analyzer
| Life Sciences and Engineering Infrastructure Center (LSE)
| Aviv Lutaty |
| |
|
Confocal Zeiss LSM 880 multi photon
| Lasers: 458, 477, 488, 514, 561, 633 nm and multi-photon tunable laser 690-1040 nm and Spectral imaging
| Confocal Microscope
| Life Sciences and Engineering Infrastructure Center (LSE)
| Nitsan Dahan |
| |
|
Multi Modal Super Resolution Microscope
| LASERS: 405;488;561;640, depletion laser:775; Objective for TIRF 100x and; 63x with NA1.46, two sCMOS camera PECO edge4.2. Full incubation for live imaging
| Super resolution Elyra Lattice SIM, PALM, STEDyCON
| Life Sciences and Engineering Infrastructure Center (LSE)
| Nitsan Dahan |
| |
|
Life Canvas Smart SPIM Lightsheet
| Lasers: 405, 488, 561, 642 nm. Objective lenses:x1.8 x3.6, x9 x15,
| Lightsheet microscope for imaging large cleared tissue samples
| Biomedical Core Facility (BCF)
| Maya Holdengreber |
| |
|
Cytek Aurora
| Lasers: 405, 488, 561, 642 nm. HTS system, 48 channels
| Spectral flow analyzer
| Life Sciences and Engineering Infrastructure Center (LSE)
| Aviv Lutaty |
| |
|
BigFoot Sorter
| Lasers: 405, 488, 561, 640 nm. High throughput, Single-cell fast sorting
| FACS Sorter
| Life Sciences and Engineering Infrastructure Center (LSE)
| Aviv Lutaty |
| |
|
LSR SORP, 5 lasers, HTS
| Lasers: 405, 488, 561, 635 nm. HTS system
| FACS Analyzer
| Life Sciences and Engineering Infrastructure Center (LSE)
| Aviv Lutaty |
| |
|
Abbelight SAFe 360
| Lasers: 405, 488, 555, 640 Inverted microscope TIRF\Hilo\EPI illumination 2D and 3D SMLM super resolution with Astigmatsim lens
| Super resolution PALM dSTORM
| Biomedical Core Facility (BCF)
| Maya Holdengreber |
| |
|
Confocal Zeiss LSM 700
| Lasers: 405, 488, 555, 633 nm Inverted microscope
| Confocal Microscope
| Biomedical Core Facility (BCF)
| Maya Holdengreber |
| |
|
Confocal Zeiss LSM 880
| Lasers: 405, 458, 488, 514, 561, 633 nm upright microscope Airyscan super resolution detector, Fast mode, GaAsP- spectral detector
| Confocal Microscope
| Biomedical Core Facility (BCF)
| Maya Holdengreber |
| |
|
Confocal Zeiss LSM 980 AiryScan
| Lasers: 405, 454, 488, 514, 543, 639nm. Spectral detector, AiryScan, uper-resolution. Full incubation for live imaging
| Confocal Microscope
| Life Sciences and Engineering Infrastructure Center (LSE)
| Nitsan Dahan |
| |
|
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 |
| |
|
Confocal Zeiss LSM 900 Upright
| Lasers: 405 488 561 640 nm upright microscope, Airyscan2 super resolution detector, MLPX 2 and 4; 2 GaAsP detectors
| Confocal Microscope
| Biomedical Core Facility (BCF)
| Maya Holdengreber |
| |
|
Confocal Zeiss LSM 900 Inverted
| Lasers: 405 488 561 640 nm inverted microscope, Airyscan2 super resolution detector, MLPX 2 and 4; 2 GaAsP detectors
| Confocal Microscope
| Biomedical Core Facility (BCF)
| Maya Holdengreber |
| |
|
CytoFLEX LX, 5 lasers, HTS
| Lasers: 375, 405, 488, 561, 635 nm. HTS system, High sensitivity, High resolution.
| FACS Analyzer
| Life Sciences and Engineering Infrastructure Center (LSE)
| Aviv Lutaty |
| |
|
LSR-Fortessa
| Lasers: 355, 405, 488, 640 nm
| FACS Analyzer
| Biomedical Core Facility (BCF)
| Amir Grau |
| |
|
LSR II
| Lasers: 355, 405, 488, 635 nm. HTS system
| FACS Analyzer
| Life Sciences and Engineering Infrastructure Center (LSE)
| Aviv Lutaty |
| |
|
LSR-Fortessa with HTS
| Lasers: 355, 405, 488, 561, 640 nm. HTS system
| FACS Analyzer
| Biomedical Core Facility (BCF)
| Amir Grau |
| |
|
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 |
| |
|
EXCITECH CNC ROUTER 5 axis
| Large volume CNC routing machine soft materials
| CNC Routing
| Architecture recources center - Design-tech
| Cris Nannig | | |
|
Struers, Discotom-10
| Large chamber, constant cooling
| Metallographic cut-off machine
| IMT- Israel Institute of Materials Manufacturing Technologies
| Keren Zohar Hauber |
| |
|
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 |
| |
|
Nano DSF, Prometheus, Nanotemper
| Label-free protein stability analysis by monitoring intrinsic fluorescence (tryptophan and tyrosine) changes by temperature gradient, with additional aggregation detection via back reflection technology.
| Differential Scanning Florimetry
| Technion Center for Structural Biology (TCSB)
| Yael Pazy Benhar |
| |
|
Label free proteome analysis-HFX/Exploris 480 MS
| Label free proteome analysis-Identification and quantification of proteins from whole lysates (cells, tissues, plants, bacteria) using DIA or DDA fragmentation
| Mass Spectrometry
| The Smoler Proteomics Center
| Tamar Ziv |
| |
|
Label free proteome analysis from FFPE tissue -HFX/Exploris 480 MS
| Label free proteome analysis-Identification and quantification of proteins from FFPE tissue using DIA or DDA fragmentation
| Mass Spectrometry
| The Smoler Proteomics Center
| Tamar Ziv |
| |
|
Jobin Yvon (Fluorolog-3) Fluorometer
| Jobin Yvon (Fluorolog-3) Fluorometer
| Chemical and Surface Analysis
| Chemical and Surface Analysis Lab
| Rachel Edrei |
| |
|
Depowdering station
| Job box lift station (Ex One. M-Flex)
| Bibder Jet 3D printing
| IMT- Israel Institute of Materials Manufacturing Technologies
| Alex Katz |
| |
|
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 |
| |
|
IVF
| IVF
| IVF
| Pre Clinical Research Authority
| Dvir Mintz |
| |
|
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 |
| |
|
Room temperature GPC
| iSAF equipment
| Analyzers
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
GC with TCD and FID detectors
| iSAF equipment
| Analyzers
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
Small-size reactors
| iSAF equipment
| Analyzers
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
LCA
| iSAF equipment
| Analyzers
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
Predictive chemical kinetic model development
| iSAF equipment
| Computational
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
Model refinement using quantum chemical computations
| iSAF equipment
| Computational
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
Chemical kinetic Model generation using the Reaction Mechanism Generator software
| iSAF equipment
| Computational
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
Combustion test facility for SAF testing
| iSAF equipment
| Analyzers
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
High-pressure/high-temperature reactor
| iSAF equipment
| Reactors
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
EQX-850 LDLS – High Brightness, Laser-Driven Light Source
| iSAF – Wavelength Range: 170 nm – 2500 nm Plasma Size (FWHM): With Retro: 140 μm X 290 μm Dual Output: 120 μm X 280 μm Numerical Aperture: 0.58 NA Bulb Lifetime: 10,000 hours Distance of Plasma from Output Window 13.7 mm La…
| Analyzers
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
UYA 2.4Y.F Ultra-Microbalance
| iSAF – ultra-microbalance is an optimized modern device which features an option of automatic level control (Level SENSING) as one of numerous functions. The practical effect of balance customization are individual user profil…
| Analyzers
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
WaveDriver 40 DC Bipotentiostat
| iSAF – This WaveDriver® series bipotentiostat/galvanostat is an affordable dual-electrode electrochemical workstation. The WaveDriver 40 is a true integrated bipotentiostat, capable of controlling one or two working electrodes…
| Analyzers, Heaters
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
Y&D7300N bench -top robot
| iSAF – This product has a wide range of applications, such as watch, relay packaging, mobile phone key dispensing, mobile phone battery packaging, notebook battery packaging, coil dispensing, PCB binding sealing, IC sealing, h…
| Analyzers
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
Potentiometric titrator (751 GPD Titrino, Metrohm)
| iSAF – This instrument can determine the concentration of a given analyte, which helps to determine the amount of ion exchange group of membrane samples.
| Analyzers
| iSAF - The Israeli Sustainable Aviation Fuel
| Keren-Or Rosner |
| |
|
