Download Equipment Spreadsheet
A spreadsheet of research equipment is available via the below link:
Research Equipment Listing
Sensitivity levels and usage requirements as follows: ( 1 - Low: Anyone can use it any time. 2 - Moderate: Some training required. If you break it, you fix it. 3 - Significant: Significant training required. 4 - Very High: Unlikely to allow anyone not well-trained to use it. Might be considered fee-for-use, etc. 5 - NA: I have it, but will not share it. )
Device Name | Contact | Dept/Unit | Location | Specs. | Sensitivity Lv | Notes |
---|---|---|---|---|---|---|
1-L Autoclave Reactor | Morsi, Badie | ChemE | 813 BEH | Rated at 375 bar at 725 K Equipped with a DC motor drive mixer with a max RPM of 3000, 0.76 HP, 115 V AC Equipped with thermocouples and pressure transducers connected to a Labview System | 4 | |
2 Coriolis Flow meters | Morsi, Badie | ChemE | 813 BEH | Micromotion CMF-010 M | 4 | |
2D electrophoresis system | Roy, Partha | BioE | 237 CNBIO | Gel electrophoresis separating proteins by isoelectric point and size | 2 | |
30 HP Compressor | Morsi, Badie | ChemE | 813 BEH | Fluitron single-stage compressor Nominal displacement of 4.8x10-3 m3/rev. using 30 Horsepower, 1160 RPM electric motor | 4 | |
3D Digitizer | Debski, Rich | BioE | 434 and 435 CNBIO | portable | 2 | Microscribe (G2LX) FARO (N04) |
3D Laser scanner | Debski, Rich | BioE | 434 and 435 CNBIO | ±0.005 in Macro Mode and ±0.015 in Wide Mode | 2 | NextEngine 3D Laser Scanner HD |
3D printer | Ruder, Warren | BioE | 335 and 336 CNBIO | prints up to 200 x 200 x 185 mm; 200 micron resolution | 3 | Zortrax M200 |
4-Camera tracking system | Debski, Rich | BioE | 434 and 435 CNBIO | resolution of 0.01 mm | 3 | SPICAtek (DMAS7 Motion Capture Suite) |
4-Liter Zipper Clave Reactor | Morsi, Badie | ChemE | 813 BEH | Maximum allowable pressure of 137 bar at 530 K Equipped with rupture disk rated at 67 bar Gas inlet has a pressure relief valve rated at 102 bar Equipped with thermocouples and pressure transducers connected to a Labview System | 4 | |
6 DoF robotic arm (Denso) | Weber, Doug | BioE | MWRI animal lab | requires host PC | robot is ~50 pounds | |
8-channel fiber optic thermometry | Ibrahim, Tamer | BioE | B017 BST3 | Temperature meter for special environments with resolution of 0.1°C | 4 | |
Accuspin 400 centrifuge | Malehorn, David | CEE | BEH 712 | fixed angle rotor for 50 ml conical tubes | 2 | |
Accuspin Micro 17 microcentrifuge | Malehorn, David | CEE | BEH 712 | non-refrigerated | 2 | |
Accuspin Micro17R refrigerated microcentrifuge [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
Accuscope Widefield Inverted Microscope | Zervantonakis, Ioannis | BioE | CNBIO 319 | 4X/10X/20X - phase and brightfield only | 4 | |
Activity Monitors | HMBL | BioE | Schenley Place 303 | Milestone Sports Pod | 2 | |
Agilent 1200 series HPLC system with 1260 refractive index detector and 1314B VWD detector | Malehorn, David | CEE | BEH 712 | with autosampler; user assumes all responsibility of defining and developing any application method | 3 | |
Agilent 5100 ICP-optical emission spectroscope | Malehorn, David | CEE | BEH 712 | elemental analysis which largely replaced flame AA in this lab | 4 | |
Agilent 7829A Gas Chromatograph with 5977E mass selective detector | Malehorn, David | CEE | BEH 712 | with autosampler; user assumes all responsibility of defining and developing any application method | 4 | |
AJA Hybrid Sputter/Evaporation System | PINSE | PINSE | SB63 (NFCF cleanroom) | Metals only | 3 | Metals only |
AM dissecting scope | CNBIO Core | BioE | 231 | |||
AM2100 Isolated Pulse Stimulator | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
AMSCO Autoclave | CNBIO Core | BioE | 227 | |||
Angstrom Sputtering System | PINSE | PINSE | SB63 (NFCF cleanroom) | Oxides/Metals/Nitrides | 3 | Oxides/Metals/Nitrides |
Angstrom Thermal Evaporator | PINSE | PINSE | SB63 (NFCF cleanroom) | Oixides/Metals | 3 | |
Anthropometry Kit | HMBL | BioE | Schenley Place 303 | Rosscraft Innovations | 2 | |
Anton Paar SurPASS 3 analyzer [VIDIC] | Malehorn, David | CEE | BEH 712 | 5 | ||
Apreo Scanning Electron Microscope | PINSE | PINSE | SB60 (NFCF) | <1nm resolution, small and big sample up to 4in | 3 | |
Arthroscopy System | Debski, Rich | BioE | 434 and 435 CNBIO | 30 and 70 degree lens | 3 | |
assorted dessicators, stir plates, hot plates | Malehorn, David | CEE | BEH 712 | numerous available | 2 | |
assorted field instruments for pH, conductivity, dissolved oxygen, turbidity [SANCHEZ] | Malehorn, David dedicated to CEE1523 | CEE | BEH 712 | collection of hand-held meters and probes suitable for on-site testing | 4 | |
assorted glassware (condensers, reactors, mantles, etc) | Malehorn, David | CEE | BEH 712 | considerable glassware remains from prior organic chemistry laboratory course | 2 | |
Atomic Force Microscope - Bruker ICON | PINSE | PINSE | SB60 (NFCF) | <1nm resolution, small and big sample up to 4in | 3 | |
Atomic oxygen source (Class 4 laser) | Yang, Judy | ChemE | 211 BEH | 4 | UHV vacuum system capable of mimicking space station conditions. Not currently operational. | |
Automate Cell Counter | CNBIO Core | BioE | 231 | |||
Bacterial shaker | Roy, Partha | BioE | 237 CNBIO | Capable of large bacterial culture incubation | 2 | |
Baker BioChemGard biological safety cabinets (Qty 2) | Malehorn, David | CEE | BEH 712 | 4 | ||
Baker Sterilgard biological safety cabinets (Qty 2) | Malehorn, David | CEE | BEH 712 | 4 | ||
Beckman LS-6500 liquid scintillation counter | Malehorn, David | CEE | BEH 712 | legacy instrument | 3 | |
Bench top orbital shakers | Malehorn, David | CEE | BEH 712 | generally for small flasks, but adaptable | 2 | |
Bioclave Autoclave | Vande Geest | BioE | 426 and 430 CNBIO | basic benchtop autoclave | 2 | equipment stays in current location |
Biofidelic Traction Testing Device | HMBL | BioE | Schenley Place 307 | custom built footwear traction and wear simulation device | 4 | |
biologic 150 | Xiong, Feng | ECE | 211 BEH | electrochemical workstation | 2 | |
Biological Safety Cabinet | Ruder, Warren | BioE | 335 and 336 CNBIO | 2 | Labconco Logic + | |
Biological Safety Cabinet | Ruder, Warren | BioE | 335 and 336 CNBIO | 2 | Thermo Electron Corportation Forma Class II, A2 | |
Biorad CFX Connect RT-PCR | Malehorn, David | CEE | BEH 712 | 3 | ||
BioRad ChemiDoc XRS+ Imager | Shroff, Sanjeev | BioE | BTC Rm 439 | Used to image agarose gels, polyacrylamide gels and Western blots | 3 | |
Biorad gel doc | Roy, Partha | BioE | 237 CNBIO | Chemiluminescence imaging and also UV imaging | 2 | |
Biorad T100 Thermal cycler | Vande Geest | BioE | 426 and 430 CNBIO | 96 x 0.2 ml tubes, 0.2 ml tube strips, or 1 x 96-well plate | 2 | equipment stays in current location |
Biotek Synergy H1 microplate reader | Vande Geest | BioE | 426 and 430 CNBIO | extends up to 750nm | 2 | equipment stays in current location |
Biotek Synergy HT plate reader | Malehorn, David | CEE | BEH 712 | 4 | ||
Biotek Synergy HTX plate reader [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
Blue M forced air oven | Malehorn, David | CEE | BEH 712 | legacy Blue M unit, roughly 2 cu ft, 100-250C | 2 | |
Branson 2800 sonicating water bath | Malehorn, David | CEE | BEH 712 | 2 | ||
Bruker Dimension Icon AFM (atomic force microscope) | Fullerton, Susan | ChemE | 813 BEH | Housed inside a glovebox | 3 | |
Cellink – BioX 3D Bio printer | Dr. Prashant N. Kumta | Bioengineering Department | 8th floor lab, room 812 | https://cellink.com/biosystems/bio-x/ Heating, Interchangeable Pneumatic Print head (65°C) 365nm Exchangeable Photocuring Module for general Crosslinking 405nm Exchangeable Photocuring Module for general crosslinking | 3 | Contact Dr. Kumta at pkumta@pitt.edu to discuss usage. |
CEM MARS Xpress | Malehorn, David | CEE | BEH 211 | microwave digestion unit | 3 | |
Centrifuge | McKone, James | ChemE | 913 BEH | Thermo Scientific™ Sorvall™ ST 8 Small Benchtop Centrifuge, Speed: 4,500rpm, Capacity: 4 x 145mL, Max. tube diameter: 50mm | 2 | Fisher scientific 75 007 200 |
Centrifuge | Leu, Paul | IE | SB10 | 2 to 15 mL tubes Relative centrifugal force up to 1750 g's | 2 | |
Centrifuge | Gilbertson, Leanne | CEE | 712 BEH | Capacity: 4x400mL. Maximum speed/RCF: 15,200rpm/25,830xG. Permissible ambient temperature: 2 to 35 °C. | 1 | |
Centrifuge Micro | CNBIO Core | BioE | 231 | Ultracentrifuge (for small volumes ~1 ml) | ||
Centrifuge Refrig | CNBIO Core | BioE | 231 | |||
Chemical fume hoods (Qty 4) | Malehorn, David | CEE | BEH 211 | in various states of use; inquire | 2 | |
Chemical fume hoods (Qty 6) | Malehorn, David | CEE | BEH 712 | in various states of use; inquire | 2 | |
ChemiDoc XRS + System | CNBIO Core | BioE | 449 | |||
Chemistry kits for designing biological phantoms | Ibrahim, Tamer | BioE | B017 BST3 | 3 | ||
Cole-Parmer gravity oven | Malehorn, David | CEE | BEH 712 | legacy unit, roughly 1 cu ft,100-250C | 2 | |
Cole-Parmer gravity oven, 100-250C | Malehorn, David | CEE | BEH 211 | roughly 1 cu ft | 2 | |
Corning PC620-2 heating stir plates (Qty 3) [GILBERTSON] | Malehorn, David | CEE | BEH 712 | 5 | ||
Corning Magnetic Stirrer | Zervantonakis, Ioannis | BioE | CNBIO 338 | Digital | 2 | |
Corning Plate Shaker | Zervantonakis, Ioannis | BioE | CNBIO 329 | Digital | 2 | |
Criterion Cell and Single Row AnyGel Stand | Vande Geest | BioE | 426 and 430 CNBIO | electrophoresis and gel stand | 2 | equipment stays in current location |
Cryostat | Vande Geest | BioE | 426 and 430 CNBIO | basic histology cryostat | 2 | equipment stays in current location |
Cryotome | Vorp, David | BioE | 333 CNBIO | 3 | Training by VBL staff required. | |
Custom-made compression testing system for small soft tissues | Vorp, David | BioE | 333 CNBIO | 3 | Training by VBL staff and coordination for use required. | |
CVDs | Leu, Paul | IE | SB10 | Grow carbon nanotubes; dope carbon nanotubes with nitrogen; grow silicon nanowires; grow transition metal dichalcogenides; grow III-V nanomaterials; grow II-VI nanomaterials | 5 | Three custom built CVD systems |
Denton Sputter Coater | PINSE | PINSE | SB62 (NFCF) | SEM sample prerp, PdAu coat | 2 | |
Dicing - Wafer dicer | PINSE | PINSE | SB02A (NFCF) | Wafter dicing | Si, glass, SiO2, quartz, sapfire | |
digital image correlation system | Malehorn, David | CEE | BEH 712 | disassembled, not in service at this time, no current user | 5 | |
Dimple grinder for TEM sample preparation | Yang, Judy | ChemE | 211 BEH | Portable, for 3 mm TEM samples | 2 | Gatan Model 656 |
Dionex ICS-100 ion chromatography system | Malehorn, David | CEE | BEH 712 | columns and ion suppressors for both anion and cation analysis; with autosampler | 3 | |
Dissecting Microscope | CNBIO Core | BioE | 231 | |||
DNA/Agarose Gel electrophoresis system | Vorp, David | BioE | 333 CNBIO | Portable | 2 | |
Dry oven | Vorp, David | BioE | 333 CNBIO | Good for 37-56 degrees C | 1 | Training by VBL staff required. User must provide plates. |
Dynamic Shoulder Testing Apparatus (STAR IV) | Debski, Rich | BioE | 434 and 435 CNBIO | 4 | ||
Dynamometer | HMBL | BioE | Schenley Place 303 | Biodex | 3 | |
E-beam Lithography system e-line RAITH | PINSE | PINSE | SB63 (NFCF cleanroom) | 30kV system | 3 | |
E-beam Lithography system EBPG RAITH | PINSE | PINSE | SB61A (NFCF cleanroom) | 100kV system | 3 | |
E/MC model 450 ultrasonic water bath | Malehorn, David | CEE | BEH 712 | small, roughly 500 ml | 2 | |
Electromagnetic Tracking system | Debski, Rich | BioE | 434 and 435 CNBIO | Resolution of 0.8mm and 0.15 deg Sampling rate up to 60 Hz | 2 | Polhemus Fastrak Will need custom MATLAB processing program |
Electromyography and Accelerometer System | HMBL | BioE | Schenley Place 303 | Delsys, Inc. | 4 | |
Electron MicroProbeAnalyzer | PINSE | PINSE | SB60 (NFCF) | WDS capability | 3 | |
Electrophysiology | Kozai, Takashi | BioE | 244 CNBIO | TDT RZ2+WS8+RS4 | 4 | |
Ellipsometer | PINSE | PINSE | SB60 (NFCF) | thickness measurements <1nm to few microns | 3 | |
Environmental Transmission Electron Microscope | PINSE | PINSE | SB12 (NFCF) | Resolution <1nm, heating stage upto 1000C, gas injection capabilities | 3 | |
EOS M290 DMLS | AMRL | AMRL | SB 28 | Not portable, Direct metal laser sintering metal additive, build volume 12 x 12 x 10, Argon purged, Available materials: Aluminum, Titanium, IN718, Stainless 316L, etc. | 5 | Available for internal/external use through FOM, Internal: $295 + consumables per day, External: $1000 + consumables per day |
Epifluorescent Microscope | Ruder, Warren | BioE | 335 and 336 CNBIO | DIC/FITC/TXRED/DAPI/FURA2 Motorized Stage | 4 | Nikon Eclipse Ti |
Epifluorescent Nikon E800 microscope | Vorp, David | BioE | 333 CNBIO | Objectives for DAPI, FITC, and Texas Red. | 3 | Training by VBL staff and coordination for use required. |
EVOS FL cell imaging system [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
Ex situ gas reactor | Yang, Judy | ChemE | SB12 BEH | For 3 mm TEM samples | 3 | Samples held in TEM holder |
Ex-One X1 Lab | AMRL | AMRL | SB 28 | Not portable, Binder jet process, build volume roughly 3 x 2 x 1, various materials | 3 | Can be reserved through FOM |
Extensive collection of over 1000 legacy chemical reagents | Malehorn, David | CEE | BEH 712 | list available | 2 | |
EYELINK 100 PLUS CORE UNIT | Gandhi, Raj | BioE | 156 EEI | 5 | ||
EYELINK 1000 PLUS UNIT | Gandhi, Raj | BioE | 156 EEI | 5 | ||
Filmetrix - reflectometer | PINSE | PINSE | SB60 (NFCF) | thickness measurements 40nm to 40 microns | 3 | |
Fisher Bead Mill 24 [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
Fisher Centrific Model 228 clinical centrifuge | Malehorn, David | CEE | BEH 712 | 2 | ||
Fisher Isotemp Furnace for fabrication | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
Fisher isotemp incubators (Qty 2) | Malehorn, David | CEE | BEH 712 | may be in use; temperatures vary | 2 | |
Fisher Micromaster phase-contrast light microscopes (Qty 4) | Malehorn, David | CEE | BEH 712 | up to 1000x (oil immersion) for bacteriology | 2 | |
Fisher orbital shaker [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
FlexCell Cell/Tissue Tension Device | Vorp, David | BioE | 340 CNBIO | 2,3 | ||
Force Plates | HMBL | BioE | Schenley Place 303 & 307 | Bertec Corporation, quantity: 3 | 3 | |
Forma 37C incubator | Malehorn, David | CEE | BEH 712 | 2 | ||
Freezer -86 | CNBIO Core | BioE | 226 | |||
FSA Pressure Mapping System | HMBL | BioE | Schenley Place 310 | for seating | 4 | |
FTIR spectrophotometer | PINSE | PINSE | SB60 (NFCF) | IR, ATR, Grazing Angle | 3 | |
Fume Hood | Ruder, Warren | BioE | 335 and 336 CNBIO | 2 | Duralab Equipment Corporation Phoenix | |
Fungilab viscometer [GILBERTSON] | Malehorn, David | CEE | BEH 712 | 5 | ||
Furnace | Morsi, Badie | ChemE | 813 BEH | Maximum temperature 1030 K Power rating of 1300 W | 4 | |
Galvanic Vestibular Stimulation | HMBL | BioE | Schenley Place 303 | 3 | ||
GE Cytell Imager | Zervantonakis, Ioannis | BioE | CNBIO 329 | DAPI/FITC/Cy3/Cy5 end-point imaging | 4 | |
GeneMate digital dry bath | Malehorn, David | CEE | BEH 712 | with metal blocks machined for test tubes | 2 | |
Genesys 10S UV-VIS spectrophotometer | Malehorn, David | CEE | BEH 712 | wavelength scanning ability | 2 | |
Glass Bead Sterilizer (Steri-250) | Vorp, David | BioE | 340 CNBIO | Portable | 1 | Shear Stress streamer device (6 parallel chambers) and cyclic pressure are available. User must provide own disposable tissue-train plates. |
Glassblowing/flameworking station | McKone, James | ChemE | 913 BEH | Natural gas bunsen burner and gas/oxygen torch capable of working borosilicate and quartz glass | 4 | home-built |
Glove box | McKone, James | ChemE | 913 BEH | Inert Lab 4-glove (1775mm) glovebox with gas purification system, Filters: 1 x inlet/1 x outlet HEPA (99.99% vs. 0.3 micron MPPS) , Internal dimensions: 1800 mm Wide x 780 mm Deep x 900 mm High | 3 | Inert 920024 |
glovebox | Xiong, Feng | ECE | 211 BEH | Ar glovebox | 3 | Arrive in summer 2016 |
Hach 1860A turbidimeter | Malehorn, David | CEE | BEH 712 | legacy instrument, still operable | 2 | |
Hach 2100A turbidimeter | Malehorn, David | CEE | BEH 211 | 2 | ||
Hach DRB200 reactor [SANCHEZ] | Malehorn, David dedicated to CEE1523 | CEE | BEH 712 | designed for timed incubation of Hach colorimetric assays for chemical analytes | 4 | |
Harness System | HMBL | BioE | Schenley Place 303 | Solo-Step ceiling-mounted track system, 300 lb weight limit | 2 | |
Harrick Plasma | Zervantonakis, Ioannis | BioE | CNBIO 339 | two component model | 4 | |
HARRICK PLASMA CLEANER(PDC-001) | Cui, Tracy | BioE | 5066C BST3 | 4 | ||
Harvard Apparatus Vibratome | Vande Geest | BioE | 426 and 430 CNBIO | basic vibratome | 2 | equipment stays in current location |
Harvard infusion pump | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
Harvard syringe pumps [GILBERTSON] | Malehorn, David | CEE | BEH 712 | 5 | ||
Heart Rate and Skin Conductance Monitor | HMBL | BioE | Schenley Place 303 | Biolog | 2 | |
Heart Rate Monitor | HMBL | BioE | Schenley Place 303 | Oregon Scientific | 3 | |
heated water baths | Malehorn, David | CEE | BEH 712 | small, roughly 2L | 2 | |
Heidelberg MLA100 Direct Write Lithographer | PINSE | PINSE | SB63 (NFCF cleanroom) | features down to 1 micron | 3 | |
High pressure windowed phase behavior cell and viscometer | Enick, Bob | ChemE | 811 BEH | a windowed, variable-volume, invertible view cell rated to 10000 psia and 180 C, designed for solubility of solids, bubble points, dew points, multiple phase behavior, foam stability, falling ball or cylinder viscometery. One can introduce solids, liquid | 4 | |
high speed centrifuge | Roy, Partha | BioE | 237 CNBIO | For 15 ml, 50 ml, or tissue culture dishes | 2 | |
High Speed Refrigerated Centrifuge | Shroff, Sanjeev | BioE | BTC Rm 231 | Centrifuge samples (up to 50 ml) at speeds of 5k-20k RPM | 2 | |
High-end oscilloscope | Rizzo, Piero | CEE | 724 BEH | Latest generation scope | 2,4 | It cost $15,000 |
High-energy pulsed laser | Rizzo, Piero | CEE | 724 BEH | 4 | It cost $30,000 | |
High-temperature tube furnace | Yang, Judy | ChemE | 211 BEH | Max temperature = 1500 C; max sample diameter = 8 cm | 2 | Carbolite. Hooked up for Ar or dry air flow. |
Hitachi TEM - H9500 | PINSE | PINSE | SB12 (NFCF) | resolution down to 1nm | 3 | this miscoscope has uniq capability of Enviromental imaging |
hot plates | Bedewy, Mostafa | IE | 811 BEH | 1 | ||
Ice Machine | CNBIO Core | BioE | 227 | |||
immersion heaters | Malehorn, David | CEE | BEH 712 | 2 | ||
in vivo 2 photon | Kozai, Takashi | BioE | 244 CNBIO | The two-photon imaging laboratory has a laser scanning microscope (Ultima IV, Bruker) coupled to an ultra-fast tunable IR laser (690-1300 nm) and a fixed 1040 nm laser (Insight DS+ Dual, Spectra-Physics). It is equip with a high-speed Z-axis piezo motor, | 3 | |
Incubating orbital shaker | CNBIO Core | BioE | 231 | |||
Induction furnace | Chmielus, Markus | MEMS | 518 BEH | Setup available for small and large crucibles, not portable, PPE required, only materials compatible with our research allowed | 3,4 | Crucibles provided by user |
Inductive plasma etcher (ICP-RIE) Fluorine system | PINSE | PINSE | SB63 (NFCF cleanroom) | etching Si, SiN, SiO2 and more | 3 | Fluoribe base chemistry |
Inductive plasma etcher (ICP-RIE) Chlorine system | PINSE | PINSE | SB63 (NFCF cleanroom) | etching Si, metals and more | 3 | Chlorine base chemistry |
Infrared Camera | Rizzo, Piero | CEE | 724 BEH | High-end IR camera. Up to 220 fps | 3,4 | It cost $45,000 |
Instron uniaxial tensile testing system | Vorp, David | BioE | 333 CNBIO | 4 | Must use with amplifiers and displays in CNBIO 333, training required. | |
Inverted fluorescent microscope | Roy, Partha | BioE | 237 CNBIO | fluorescent microscopy, have capability for live-cell imaging for long periods of time on tissue culture dish | 2 | |
Isolated Heart Setup | Shroff, Sanjeev | BioE | BTC Rm 440 | Measures LV developed force in isolated (ex vivo) mouse and rat hearts. | 3 | |
Isolated Papillary Muscle Setup | Shroff, Sanjeev | BioE | BTC Rm 432 | Measures twitch force and calcium transients in isolated intact RV and LV papillary muscles from hearts of mice and rats. | 3 | |
Isotemp 37C CO2 incubator [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
Isotemp 37C waterbath [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
Isotemp digital water bath | Malehorn, David | CEE | BEH 712 | 2 | ||
Isotemp upright -80C freezer | Malehorn, David | CEE | BEH 712 | space very limited; short-term use only | 4 | |
Jeol 6510LV SEM | PINSE | PINSE | SB60 (NFCF) | resolution down to 5nm, EDS capability | 3 | |
Kd scientific syring pump [GILBERTSON] | Malehorn, David | CEE | BEH 712 | 5 | ||
LabConCo lyophilization unit | Malehorn, David | CEE | BEH 211 | requires specially fitted containers | 2 | |
Ladder | HMBL | BioE | Schenley Place 303 | 3 | ||
Lakeshore probe station | Fullerton, Susan | ChemE | 813 BEH | CRX-VF; cryo with magnet | 3 | |
Laser Micrometer (2) | Vorp, David | BioE | 333 CNBIO | 3 | Glad to share but observation/training required by VBL staff. | |
LEICA CRYOSTAT CM1950 | Cui, Tracy | BioE | 5065I BST3 | 4 | ||
Leica Rotary Microtome | Vande Geest | BioE | 426 and 430 CNBIO | basic microtome | 2 | equipment stays in current location |
Liquid N2 storage dewars for cryogenic cell storage | Vorp, David | BioE | 340 CNBIO | 2 | ||
Load cell | HMBL | BioE | Schenley Place 303 | 3 | ||
Lock-amplifier | Xiong, Feng | ECE | 211 BEH | 3 | ||
Magnetron Sputter System | Chmielus, Markus | MEMS | 518 BEH | only materials compatible with our research allowed | 4 | All materials and process gases provided by user |
Manual Spinner | Leu, Paul | IE | SB10 | Programmable recipes; maximum speed of 12,000 rpm | 2 | |
Market Forge STM-E autoclave | Malehorn, David | CEE | BEH 712 | 2 | ||
Mask Aligner – Quintel Q4000 MA | PINSE | PINSE | SB63 (NFCF cleanroom) | features down to 2 micron | 3 | |
Mask Aligner – Suss MJB-3 | PINSE | PINSE | SB63 (NFCF cleanroom) | features down to 2 micron | 3 | |
Maskless Aligner - Heildelberg MLA100 | PINSE | PINSE | SB63 (NFCF cleanroom) | features down to 1 micron | 4 | |
Mass flow meter | Morsi, Badie | ChemE | 813 BEH | Emerson Rosemount flowmeter with a micromotion transmitter | 4 | |
Mass Spectrometer | Morsi, Badie | ChemE | 813 BEH | Balzers quadrupole mass Spec QME 200, equipped with 2 roughing pumps (Vacuubrand Diaphragm vacuum pump MZ 2T and Trivac D8A) and a molecular pump (Pfeiffer TMU 065), and a pressure gauge PKR 250 to monitor the pressure inside the mass spectrometer | 4 | |
Materials Testing Machine | Debski, Rich | BioE | 434 and 435 CNBIO | Max Load 5000N | 2 | Instron Model 5965 |
MBraun Glovebox | Fullerton, Susan | ChemE | 813 BEH | Double-bay; built-in spin-coater | 3 | houses a Bruker Dimension Icon AFM for air/water sensitive measurements |
Metallographic lapping/polishing system | McKone, James | ChemE | 913 BEH | 8-inch diameter double wheel with timer and integrated cooling/lubricating water lines | 3 | Pace technologies NANO-2000T |
Metter AE163 analytical balances (Qty 2) | Malehorn, David | CEE | BEH 712 | legacy instrument, still operable. Fine weighing range precise to 0.01-0.1mg | 2 | |
Mettler AG204 fine balance | Malehorn, David | CEE | BEH 211 | 2 | ||
Mettler ML104T top loading balance [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
Micro balance | Gilbertson, Leanne | CEE | 211 BEH | Readability: 1 microgram. Maximum capacity: 22 gram | 2 | |
Microbalance | CNBIO Core | BioE | 231 | |||
microbiaxial optomechanical device | Vande Geest | BioE | 426 and 430 CNBIO | tubular and planar biaxial testing designed for 2p imaging | 4 | equipment stays in current location |
Microcentrifuge | Gilbertson, Leanne | CEE | 712 BEH | Capacity:48mL (24x1.5/2mL tubes). Maximum speed/RCF: 13,300rpm/17,000xG | 1 | |
Micro-computed tomographer | Chmielus, Markus | MEMS | 526 BEH | Metal samples of mm diameter, not portable, resolution for small samples as high as 0.5 µm | 3 | |
Microplate dispenser | CNBIO Core | BioE | 231 | |||
Microplate reader | Gilbertson, Leanne | CEE | 712 BEH | Sample reactions can be assayed in 6- to 384-well format microplates with UV-Vis absorbance, fluorescence, and luminescence detection modes available for 200-999 nm measurements. | 3 | |
Microplate reader | CNBIO Core | BioE | 231 | |||
Microplate Washer | CNBIO Core | BioE | 231 | |||
Microscope | McKone, James | ChemE | 913 BEH | Inverted metallurgical microscope up to 100x magnification | 2 | Pace technologies IM-5000 |
Microscope | CNBIO Core | BioE | TBD | |||
Microspectrophotometer | PINSE | PINSE | SB60A (NFCF) | UV-VIS-NIR: 200-2100 nm | 3 | |
Microtrax S3500 particle size analyzer | Malehorn, David | CEE | BEH 712 | 3 | ||
Microwave oven | Bedewy, Mostafa | IE | 811 BEH | 1 | ||
Millipore Synergy-R water polishing station | Malehorn, David | CEE | BEH 712 | supplied by building purified water, the system reliably delivers >18.2mOhm resistivity water for research needs | 2 | |
MilliQ water dispenser | Bedewy, Mostafa | IE | 811 BEH | 1 | ||
Mini C-Arm | Debski, Rich | BioE | 434 and 435 CNBIO | portable | 3 | Hologic In. (Fluroscan Insight 2) We have 3 lead vests |
Mitsubishi MV2400S Wire EDM | AMRL | AMRL | SB 28 | Not portable, sample sizes up to roughly 1ft x 1ft, samples must be conductive material | 4 | Available for internal use through FOM, $30 per hour |
MOLECULAR DEVICE SPECTRAMAX I3X (MULTI-MODE MICROPLATE READER) | Cui, Tracy | BioE | 5065 BST3 | 4 | ||
Motion Capture System | HMBL | BioE | Schenley Place 303 | 14-camera Vicon MX T-40-S system | 4 | not movable |
Muffle furnace | McKone, James | ChemE | 913 BEH | Single program amd multiple setpoints for ramp and isothermal control, 5.3 L, 100-1100 C | 2 | Fisher scientific 10 549 238 |
Multichannel electrophysiology | Weber, Doug | BioE | MWRI animal lab | benchtop or rack-mounted equipment that requires host PC | used for electrophysiology in animals | |
Multidoc-it Imaging system | Vande Geest | BioE | 426 and 430 CNBIO | Wavelength (nm) 302 Camera12.1 Mpx 21 x 26 cm | 2 | equipment stays in current location |
Multi-DOF Joint Tester Robot | Debski, Rich | BioE | 434 and 435 CNBIO | Max axial load 600N Max torque 60N-m | 4 | |
Nanoscribe Profesional upgraded | PINSE | PINSE | SB63 (NFCF cleanroom) | 3D structures down to 200nm | 1 | system upgraded for big features |
Narishige MO-82 | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
National Appliance vacuum oven | Malehorn, David | CEE | BEH 712 | not currently sited for vacuum access | 2 | |
Neslab Merlin chiller | Malehorn, David | CEE | BEH 211 | 3 | ||
Network analyzer | Ibrahim, Tamer | BioE | B017 BST3 | 12-channel network analyzer | 3 | |
Nikon 90i upright fluorescent microscope | Vande Geest | BioE | 426 and 430 CNBIO | 2d mosaic imaging, brightfield and fluorescent imaging | 3 | equipment stays in current location |
Nikon Histology Upright Teaching Microscope | Zervantonakis, Ioannis | BioE | CNBIO 330 | multiple magnifications | 3 | |
Nikon Widefield Inverted Microscope | Zervantonakis, Ioannis | BioE | CNBIO 329 | 4X/10X/20X, DAPI/FITC/Cy3/Cy5 live cell imaging | 4 | |
Oakton benchtop pH/conductivity meters [SANCHEZ] | Malehorn, David dedicated to CEE1523 | CEE | BEH 712 | 4 | ||
Olympus FV1000 with 20x objective | Kozai, Takashi | BioE | CNBio/BTC 242 | 4 | ||
Olympus MVX-10 in vivo Macroscope + Retiga R1 monochrome camera + SolaLight SE&SM | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
Optical Tracking System | Debski, Rich | BioE | 434 and 435 CNBIO | resolution of 0.1 mm | 3 | OptiTrack Flex 13 cameras and Motive Tracking software |
Optomec Lens 450 | AMRL | AMRL | SB 28 | Not portable, Deposition metal additive, build volume 4 x 4 x 4, various materials | 3 | Can be reserved through FOM |
Orbital Shaker | CNBIO Core | BioE | 231 | |||
Organic solvents | Malehorn, David | CEE | BEH 712 | list available | 2 | |
Oven | Ruder, Warren | BioE | 335 and 336 CNBIO | Ambient temperture +5° to 210°C | 1 | Thermo Fisher Precision |
Oven | Bedewy, Mostafa | IE | 811 BEH | 1 | ||
Oven - Tube furance + vacuum | PINSE | PINSE | SB63 (NFCF cleanroom) | Ambient 25C to 1200C | 1 | |
Oven vacyyn | PINSE | PINSE | SB63 (NFCF cleanroom) | Ambient 25C to 250C | 2 | |
Particle Analyzer | Gilbertson, Leanne | CEE | 712 BEH | Characterize particle size, zeta potential, and molecular mass of nano- and microparticles in dispersions and solutions by measuring dynamic light scattering (DLS), electrophoretic light scattering (ELS), and static light scattering (SLS). | 3 | The users are responsible for providing the cuvettes compatible with the instrument. |
Perkin Elmer 1100B flame atomic absorption spectrometer | Malehorn, David | CEE | BEH 712 | legacy instrument, still operable. Limited availability of hollow cathode tube light sources | 3 | |
Physiks Instrument M245.5DD | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
Physiks Instrument V-551.4B | Kozai, Takashi | BioE | 244 CNBIO | 2 | ||
Picospritzer III (Parker) | Kozai, Takashi | BioE | 244 CNBIO | |||
Pilot Scale SBCR | Morsi, Badie | ChemE | 813 BEH | 0.3 m Diameter 3 m height Maximum allowable working pressure is 57 bar at a maximum temperature of 590 K equipped with 8 outside heating elements and an internal cooling coil of 0.306 m2 total contact area Six arm spider sparger | 4 | |
planar biaxial tesnile testing device | Vande Geest | BioE | 426 and 430 CNBIO | load or stretch control, two 1000g load cells, in plane shear | 4 | equipment stays in current location |
Plasma Asher (March500) | PINSE | PINSE | SB63 (NFCF cleanroom) | O2 and Ar | 3 | |
Plasma Cleaner | Ruder, Warren | BioE | 335 and 336 CNBIO | 3 diameter x 6.5 length Pyrex chamber | 2 | Harrick Plasma PDC-32G |
Plasma Cleaner | PINSE | PINSE | SB62 (NFCF) | SEM/TEM sample prep. | 2 | |
Plasma Cleaner | Leu, Paul | IE | SB10 | Power range: 0-50W Gas range: Ar and/or O2, 0-50 sccm Pressure range: 90-200mT | 2 | Chamber not to be contaminated |
Plasma Enhanced Atomic Layer Deposition (PE-ALD) | PINSE | PINSE | SB63 (NFCF cleanroom) | Oxides/Metals/Nitrides | 3 | Oxides/Metals/Nitrides |
Plasma Enhanced Chemical Vapor Deposition (PECVD) | PINSE | PINSE | SB63 (NFCF cleanroom) | O2, SiH4 5%/N2, N2, CF4, temp. range: 50-350C | 3 | SixNy or SiO2 |
Plassys E-Beam Evaporation System | PINSE | PINSE | SB63 (NFCF cleanroom) | Metals only | 3 | Metals only |
Plate Reader | Ruder, Warren | BioE | 335 and 336 CNBIO | https://www.biotek.com/products/detection-multi-mode-microplate-readers/synergy-htx-multi-mode-reader/specifications/ | 3 | Biotek Synergy HT |
polyscience chillers (Qty 2) | Malehorn, David | CEE | BEH 211 | large volume refrigerated liquid circulators | 3 | |
Portable Slip Simulator | HMBL | BioE | Schenley Place 307 | custom built footwear traction testing device | 4 | |
Potentiostat | McKone, James | ChemE | 913 BEH | Gamry Interface 1000E,Potentiostat/Galvanostat, Maximum current ±1 A, Current range 10 nA - 1 A, Zero resistance ammeter | 3 | Gamry 992-00118 |
Potentiostat (with Rotator) | Gilbertson, Leanne | CEE | 211 BEH | Bipotentiostat capable of performing common DC sweep and step experiments, specialty corrosion, and rotating ring-disk analysis. Applied/Measured current: ±100 nA to ±1 A; Applied/Measured voltage: ±10 V | 4 | The users need to provide their own electrodes and electrochemical cells compatible with the instrument |
Potentiostats/Galvanostats | Kozai, Takashi | BioE | 244 CNBIO | Autolab PGSTAT128N Potentiostats/Galvanostats with FRA32, ADC10M, SCAN250 module | 4 | |
Precision model 186 water bath | Malehorn, David | CEE | BEH 712 | very large | 2 | |
Precision wire saw for TEM sample preparation | Yang, Judy | ChemE | 211 BEH | For 3 mm TEM samples | 2 | SXJ-1 |
Preheater | Morsi, Badie | ChemE | 813 BEH | 1.176 L | ||
Preheater | Morsi, Badie | ChemE | 813 BEH | 0.55 L Maximum temperature of 1280 K | 4 | |
Pressure Measurement System | Debski, Rich | BioE | 434 and 435 CNBIO | Max Load 5000 lbs | 3 | TEKSCAN (I-scan) |
Probe Station with Semiconductor Device Analyzer | Leu, Paul | IE | SB10 | Current range: .1 fA to 1 A Voltage range: .5 um to 200 V Frequency Range: 1 kHz to 5 MHz | 3 | |
Pulse generator | Xiong, Feng | ECE | 211 BEH | min pulse width 5 ns, with rise/fall time at 2 ns | 2 | |
Pyralyne coater PDS2010 | PINSE | PINSE | BEN620 | deposition of thick parylene | 3 | |
qPCR | Roy, Partha | BioE | 237 CNBIO | 96 well plates | 3 | |
Quantech FM109525 Fluorometer | Malehorn, David | CEE | BEH 712 | user manual available | 2 | |
Raith e-LiNE (Electron Beam Lithography System) | PINSE | PINSE | SB63 (NFCF cleanroom) | 30KV, features down to 20nm | 3 | |
Raman microscope | PINSE | PINSE | SB60A (NFCF) | available lazers: 229 nm, 488 nm, 633 nm, 785 nm | 3 | |
Ramp | HMBL | BioE | Schenley Place 303 | 2 | ||
Rapid Thermal Annealer (Solaris 100) | PINSE | PINSE | SB63 (NFCF cleanroom) | RT upto 1200C | 3 | short/rapid annealing system |
Rapid thermal chemical vapor deposition (RT-CVD) reactor | Bedewy, Mostafa | IE | 811 BEH | >50 C/sec heating rate, multizone, water vapor bubbler, 6 gas MFCs, 2 inch samples | 4 | Used for controlled carbon nanotube growth. The reactor walls can be contaminated easily |
Reactive Ion Etcher (RIE) | PINSE | PINSE | SB63 (NFCF cleanroom) | CF4, O2, SF6, CHF3 | 3 | |
Refrigerated Microcentrifuge (Eppendorf) | Vorp, David | BioE | 333 CNBIO | 1 | ||
Revco -20C upright freezer [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
Rheometer, Anton Paar 302 | Velankar, Sachin | ChemE | Benedum hall 9th floor | Shear rheometry including oscillatory experiments; extensional rheometry; indentation; temperature capability from -15C to 180C | 3 or 4 | |
RF conductivity and dielectric constant meter | Ibrahim, Tamer | BioE | B017 BST3 | DAK: high-precision dielectric measurement system for fast and reliable evaluation of liquids, solids and semi-solids | 3 | |
Rocking platform | Vorp, David | BioE | 333 CNBIO | Portable | 1 | |
Rotating disk electrode setup | McKone, James | ChemE | 913 BEH | Pine Modulated Speed Rotator (MSR), Infinite adjustable range from 50 to 10,000 RPM; Accuracy within 1% of the reading display; electrical contact to rotating part via graphite-silver brushes | 2 | Pine AFMSRCE |
Rotational tube incubator | Vorp, David | BioE | 333 CNBIO | Portable | 1 | |
Rotational vacuum seeding device | Vorp, David | BioE | 333 CNBIO | 2 | Training by VBL staff required. | |
Scios Dual Beam system | PINSE | PINSE | SB60 (NFCF) | cross section capability, TEM sample prep, EDS and EBSD capabilities | 3 | |
Semiconductor parameter analyzer | Xiong, Feng | ECE | 211 BEH | For DC and pulse electrical measurements | 3 | heavily used by my group, reservation required |
Semiconductor Parameter Analyzer | Fullerton, Susan | ChemE | 813 BEH | Keysight B1500A | 3 | |
Semiconductor Parameter Analyzer | Fullerton, Susan | ChemE | 813 BEH | Keithly 4200A | 3 | |
Sentro Tech Heat Treat Furnace | AMRL | AMRL | SB 28 | Not portable, Argon purged, program based, temps. up to 1400C | 4 | Not yet fully installed |
Sequential digital imaging correlation device | Vande Geest | BioE | 426 and 430 CNBIO | displacement mapping of non planar soft tissues | 4 | equipment stays in current location |
Several heavy duty pumps, up to 1/2 HP | Malehorn, David | CEE | BEH 712 | 2 | ||
Several pumps for pulsatile/physiologic fluid flow | Vorp, David | BioE | 333 CNBIO | 2 | Must use with amplifiers and displays in CNBIO 333, training required. | |
Shaker, Incubator | CNBIO Core | BioE | 231 | Incubator for bacteria culture | ||
Shel lab gravity oven | Malehorn, David | CEE | BEH 712 | currently set for 60C dish/plastics drying | 2 | |
Shimadzu TOC-L total organic carbon analyzer with total nitrogen module | Malehorn, David | CEE | BEH 712 | catalytic combustion unit; not currently configured for high-salt samples. With autosampler | 3 | |
SIMULTANEOUS RECORDING MULTIPLE CHANNELS SYSTEM | Gandhi, Raj | BioE | 156 EEI | 5 | ||
Skinned Fiber Setup | Shroff, Sanjeev | BioE | BTC Rm 433 | Measures isometric force developed by RV or LV mouse or rat papillary muscle strips (approx. 2 mm x 0.2mm) that have been treated with detergent to remove all membranes. There is also a length controller which allows length perturbations of skinned fibe | 3 | |
Small angle light scattering (SALS) | Vande Geest | BioE | 426 and 430 CNBIO | HeNe laser and automated slide scanning for ECM architecture | 4 | equipment stays in current location |
Solar simulator | McKone, James | ChemE | 913 BEH | Fiber optic coupled system; LightLine with LA125 Homogenizing Optics, up to ~2 sun illumination; Working Distance: 10 cm to illuminate 1 sq. in. area | 3 | Sciencetech 161-9002 |
sonicator | Bedewy, Mostafa | IE | 811 BEH | 1 | ||
Sonicator Bath | McKone, James | ChemE | 913 BEH | Mechanical timer, 120 V, 0.5 gal | 1 | Branson 1207K35 |
Sorvall Legend Micro 17 microcentrifuge | Vande Geest | BioE | 426 and 430 CNBIO | Thermo Scientific | 2 | equipment stays in current location |
Source meters | Xiong, Feng | ECE | 211 BEH | portable electrical measurement | 2 | |
Spectrophotomer | Roy, Partha | BioE | 237 CNBIO | quartz cuvette, for measurement of DNA concentration; plastic cuvette for protein concentration | 1 | |
Spectrophotometer | Leu, Paul | IE | SB10 | Wavelength range:190 nm- 3300 nm Specular, diffuse, and total reflectance and transmittance measurements | 3 | |
Spectrophotometer, Hach DR3900 [SANCHEZ] | Malehorn, David dedicated to CEE1523 | CEE | BEH 712 | designed for automatic reading of Hach colorimetric assays for chemical analytes | 4 | |
Spin Coater | Ruder, Warren | BioE | 335 and 336 CNBIO | http://www.laurell.com/literature/brochures/Laurell-650-23NPP-Brochure-web.pdf | 3 | Laurell WS-650-MZ-23NPPB |
Spin coater inside glovebox | Fullerton, Susan | ChemE | 813 BEH | built into glovebox | 3 | |
Staircase | HMBL | BioE | Schenley Place 303 | 1 | ||
StepOnePlus RT PCR | CNBIO Core | BioE | 237 | |||
Stereotaxic frame with micromanipulators | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
Sterilizer | CNBIO Core | BioE | 229 | |||
Stimulation System | Kozai, Takashi | BioE | 244 CNBIO | TDT RZ5+WS8 Microstimulator Base Stations with a PZ5 for up to 32 channel in vivo electrophysiology recording and an IZ2 for 32 channel stimulation | 2 | |
Stratasys Objet 260 | AMRL | AMRL | SB 28 | Currently inoperable | N/A | |
Super computer cluster | Ibrahim, Tamer | BioE | B017 BST3 | +352-Core/1.3TB (RAM) 64-bit Opteron Archituicture | 5 | |
Supply Vessel | Morsi, Badie | ChemE | 813 BEH | Vessel, 80 bar rating | 4 | |
Surface Electromyography System | HMBL | BioE | Schenley Place 303 | Noraxon USA | 4 | |
Surface Profiler - Bruker Dektek | PINSE | PINSE | SB63 (NFCF cleanroom) | 3 | ||
SurgiVet 100 Isoflurane Vaporizer | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
Synergy HT Plate reader/spectrophotometer | Vorp, David | BioE | 333 CNBIO | Adapters available for cuvette volumes | 2 | Training by VBL staff required. User must provide disposables. |
T100 Thermal Cycler (Biorad) | Vorp, David | BioE | 333 CNBIO | Cycling only, not for real-time PCR | 2 | |
Taber Linear Abraser | Leu, Paul | IE | SB10 | Eleven stroke lengths (0.2” to 4.0”) -Variable stroke speed from 2 – 75 cycles per minute- Preset stroke speed buttons for 2, 15, 25, 30, 40, 60 cycles per minute -Variable load from 350 – 2100 grams with optional weight discs -Stainless Steel Wearaser Co | 3 | |
Tabletop Refrigerated Centrifuge | Shroff, Sanjeev | BioE | BTC Rm 231 | Centrifuge samples (up to 50 ml) at speeds of 1k-5k RPM | 2 | |
Tektronic AFG1022 Function Generator | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
test | test | test | test | test | 1 | test |
Thermionics Electron Beam Evaporator | PINSE | PINSE | SB63 (NFCF cleanroom) | 3 | Any material | |
Thermo Arktik thermal cycler | Malehorn, David | CEE | BEH 712 | 3 | ||
Thermo Evolution 201 spectrophotometer [GILBERTSON] | Malehorn, David | CEE | BEH 712 | not yet installed | 5 | |
Thermo MaxQ incubator shaker (Qty 2) | Malehorn, David | CEE | BEH 712 | forced air circulation, designed for ambient temperatures and above; routinely used for microbial cultures in tubes and flasks | 2 | |
Thermo Orion Versa Star Pro meter [VIDIC] | Malehorn, David | CEE | BEH 211 | pH, conductivity, dissolved oxygen; unsure which probes currently available | 5 | |
Thermo Sorvall Legend refrigerated centrifuge, and several rotors | Malehorn, David | CEE | BEH 712 | 3 | ||
ThermoFisher Ac-TEM | PINSE | PINSE | SB02A (NFCF) | resolution down to 0.18nm | 3 | |
Thermocycler | Ruder, Warren | BioE | 335 and 336 CNBIO | Temperature range 4–100°C | 2 | BIO RAD C1000 Touch |
Thermogravimetric Analyzer | Gilbertson, Leanne | CEE | 211 BEH | Temperature range: ambient +5 to 1200 ?; Heating rate: 0.1 to 500 ?/min. Purging gas system allows accurately metered gas (nitrogen or air) to flow directly across the sample. | 3 | The users are responsible for providing the sample pans compatible with the instrument. |
Thermolyne 62700 furnace | Malehorn, David | CEE | BEH 712 | up to 1000C | 2 | |
Theromal Cycler | CNBIO Core | BioE | 231 | |||
Tissue homogenizer | Vorp, David | BioE | 333 CNBIO | Only for soft tissue homogenization. | 1 | |
TissueRuptor (120V, 60 Hz, US/JP) | Vande Geest | BioE | 426 and 430 CNBIO | tissue homogenizer | 2 | equipment stays in current location |
top loading electronic balances, up to 6 kg | Malehorn, David | CEE | BEH 712 | several available | 2 | |
Transmission Electron Microscope with Scanning capabilities | PINSE | PINSE | SB62A (NFCF) | <1nm, EDS capabilities with Mapping | 3 | |
Triple Screw Pump | Morsi, Badie | ChemE | 813 BEH | magnetic coupling model CGZF 85.48W90 from KRAL AG temperatures Range 283 to 533 K Maximum working pressure of 64 bar Pressure dropof 5 bar | 4 | |
Tube furnace | McKone, James | ChemE | 913 BEH | Single program amd multiple setpoints for ramp and isothermal control, 100-1100 C; online gas flow control | 3 | Fisher scientific NC0890449 |
Tube furnace | Bedewy, Mostafa | IE | 811 BEH | 1 inch diameter tube, connected to manuals MFC N2 line | 2 | |
Tube furnaces (2) | Chmielus, Markus | MEMS | 518 BEH | 3,4 | tube and gas provided by user | |
Turbine flowmeter | Morsi, Badie | ChemE | 813 BEH | GNT-075EHT Maximum internal fluid pressure of 344 bar | 4 | |
Tuttnauer 3870 autoclave | Malehorn, David | CEE | BEH 712 | not yet installed | 4 | |
Two photon microscope | Vande Geest | BioE | 2nd Floor CNBIO | up to 6 PMTs, FLIM detection, 690nm - 1300nm | 4 | must receive significant training and agree to specific device usage terms |
UHV E-beam evaporator deposition system | Yang, Judy | ChemE | 211 BEH | 3 | Pascal. Already part of the PINSE FOM system. | |
ultracentrifuge | Roy, Partha | BioE | 237 CNBIO | 100k rpm max, 3 ml ultracentrifuge tubes | 2 | |
Ultrahigh Speed Refrigerated Centrifuge | Shroff, Sanjeev | BioE | BTC Rm 231 | Centrifuge samples (up to 2 ml) at speeds of 20k-100k RPM | 2 | |
Ultrasonic Headtrack | HMBL | BioE | Schenley Place 303 | Logitech | 4 | |
Ultrasonic Sonifier | Gilbertson, Leanne | CEE | 211 BEH | Sample size (<700 mL). 400 watt power supply and amplitude is adjustable from 10 to 100%. The microtip is equipped to process samples contained in small diameter vessels at extremely high intensity. | 2 | |
Ultrasound Machine | Debski, Rich | BioE | 434 and 435 CNBIO | portable | 3 | GE (LOGIQ S8) |
Ultrawater Purifier | Leu, Paul | IE | SB10 | Resistivity 18.2 MOhm-cm at 25 C | 1 | |
Uneven Walkway | HMBL | BioE | Schenley Place 303 | 1 | ||
uniaxial tensile testing device | Vande Geest | BioE | 426 and 430 CNBIO | designed for nerve testing and use under 2p microscope | 4 | equipment stays in current location |
UV/Light Transilluminators | Vorp, David | BioE | 333 CNBIO | 1 | ||
UVP gel transilluminator and camera system | Malehorn, David | CEE | BEH 712 | 2 | ||
Vacuum probe station for electrical measurements | Xiong, Feng | ECE | 211 BEH | temperature range 20 to 650 K, vacuum level 1e-5 Torr | 3 | heavily used by my group, reservation required |
Vacuum Pump | Morsi, Badie | ChemE | 813 BEH | Walch duo seal odel 1400 Can reach down to 1000 Pa | 4 | |
various DC power supplies | Malehorn, David | CEE | BEH 211 | 2 | ||
various peristaltic pump parts | Malehorn, David | CEE | BEH 211 | 2 | ||
Various regulators for compressed gas cylinders | Malehorn, David | CEE | BEH 712 | list available | 2 | |
VWR Aquasonic 150HT sonicating water bath | Malehorn, David | CEE | BEH 211 | 2 | ||
VWR chest -80C freezer [NG] | Malehorn, David | CEE | BEH 712 | 5 | ||
Western Blot gel system (casting apparatus, electrophoresis, and wet transfer) | Vorp, David | BioE | 333 CNBIO | Portable | 2 | |
Wire Bonder - WestBond | PINSE | PINSE | BEN620 | wire bonding | 3 | |
Wire Saw | Chmielus, Markus | MEMS | 518 BEH | oil/abrasive slurry used to cut, not portable, samples in the mm/cm range, can take a long time to cut | 2 | |
X-ray diffractometer Bruker D8 | PINSE | PINSE | SB60 (NFCF) | powders, solid samples, heating stage | 3 | |
X-ray diffractometer PanAnalytical Empyrian | PINSE | PINSE | SB60A (NFCF) | powders, solid samples, heating stage | 3 | |
X-ray Fluorecencse PanAnalytical | PINSE | PINSE | SB60A (NFCF) | powders, solid samples | 3 | |
YES HMDS Oven | PINSE | PINSE | SB63 (NFCF cleanroom) | vacuum oven, HMDS prime capabilities | 2 | |
Zeiss Axio Imager Motorized Optical Microscope | PINSE | PINSE | SB63 (NFCF cleanroom) | x5, x10, x20, x50 and x100 | 2 | |
Zeiss FEG-SEM | PINSE | PINSE | SB60 (NFCF) | resolution down to 1nm, EDS capability | 3 | |
Zeiss Stemi 305 | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||
Zeiss Stemi 508 | Kozai, Takashi | BioE | 244 CNBIO | 4 | ||