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Microscopy Suite Equipment
Please be aware that the ITG staff cannot respond to
questions about particular pieces of equipment or software packages unless those
questions are related to research conducted in the ITG laboratories. The ITG
does not sell, lease, or distribute equipment or software,
save that clearly marked as developed by the ITG.
The tables below list the major microscopes, ancillary equipment, and
facilities available to users of
the Microscopy Suite. For detailed information on each piece of equipment, please follow
the hyperlinks.
The tables are divided into three categories, the relevant section of this
page can be reached through the hyperlink:
Please contact The Microscopy Suite to inquire about
existing equipment or to make suggestions for additional upgrades or equipment purchases.
| Name / Description |
Calendar |
| Clean Room
Reflected
Light Microscope |
Clean Room Scope |
| Zeiss
AxioScope A1, 100W Hal lamp designed for UV-blocked epi-illumination, Zeiss Axiovision LE software facilitates image collection. Zeiss AxioCam ICc3 CCD digital camera. |
| Dissecting
Light Microscope (Stereoscope) |
Dissecting |
| Zeiss
SV11 stereomicroscope, Hg lamp for
low-magnification fluorescence, epi-fluorescent
illumination, PixeLink digital camera. |
| Fluorescence Light
Microscope |
Fluorescence |
| Fluorescence, phase contrast, high NA
DIC. Zeiss Axiovision software facilitates image collection. B/W
EMCCD & color CCD cameras, Zeiss Apotome structured illumination system, mark & find, time-lapse, z-stacking,
stage heater, motorized stage & automated shutters to minimize light exposure. |
| Micro-Spectroscopy Workstation |
Reflected Light |
| Zeiss Axio Observer D1 inverted microscope for visible to NIR spectroscopy (300-1700nm). Cooled color CCD for basic imaging, InGaAs NIR camera to image thermal and optical emission in the near-Infrared (NIR) region and single point micro-raman spectroscopy is available with 531nm laser line. |
| Fluorescence Correlation Spectroscopy and Imaging System |
FCS |
| ISS Alba FCS instrument, combined with a laser scanning module. Optimized for single-photon excitation. One 470 nm diode laser. |
| Stereology Workstation |
Stereology |
| StereoInvestigator
and Neurolucida software. Trace and analyze branching structures, plot
and analyze distribution of cells throughout single or serial sections. System
includes all modern stereological probes for unbiased measurements.
Zeiss AxioImager A1 light microscope, Optronincs MicroFire Progressive Scan, motorized stage, stereological analysis
tools. |
| Leica SP2 MultiPhoton Confocal Microscope |
Leica SP2 #1 |
| 350, 458, 476, 488, 514, 543 & 633nm laser lines plus Ti:Sapphire laser, motorized stage. |
| Leica SP2 Laser Scanning Confocal Microscope |
Leica SP2 #2 |
| 458, 476, 488, 514, 543 & 633nm laser lines, motorized stage, mark & find, Tiling. |
| Environmental Scanning
Electron Microscope |
ESEM |
| ESEM with
field-emission electron gun, EDAX energy-dispersive spectroscopy (light-element
capability), Peltier-effect heating/cooling stage, 1000o and 1500oC heating stages,
Everhart-Thornley secondary electron detector (SED), three gaseous SEDs
(GSEDs; for imaging in 'wet' mode),
backscattered electron detectors, S-VHS recorder, electrical
feedthroughs, bug-on-a-spit device, micromanipulator/microinjector, plus other options. |
| Transmission Electron
Microscope |
TEM |
| Philips
CM200 operates at accelerating voltages of up to 200 kV. Images
acquired to film or digitally, using a TVIPS 2k x 2k Peltier-cooled CCD camera.
Philips Compustage for precise control of specimen holder/specimen
movement, low-dose kit, Gatan cryo specimen holder for frozen specimens,
high tilt holder, rotation stage holder. |
| Atomic Force Microscope
(MultiMode AFM) |
AFM |
| Digital Instruments
Nanoscope IIIa, capable of contact, tapping, magnetic force, electric force, phase
imaging, and pulsed force modes; contact and non-contact; scanning tunnelling microscopy
(STM) head; J-scanner with x,y range of 125 microns and vertical range of 5 microns;
A-scanner with x,y range of 1 micron and vertical range of 400 nm; analyses may be
performed in air or liquid cell |
| Near-Field Scanning
Optical Microscopes |
NSOM |
| Transmission, reflection, and collection NSOM.
Digital Instruments
controller, closed loop x,y stage, inverted Zeiss microscope, Specs 500M monochromator
with a Photometrix CCD for spectroscopy. |
| Xradia MicroCT |
MicroCT |
| "" |
| Name / Description |
Calendar |
| AccuSizer FX Particle Sizer |
AccuSizer
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| Focused extinction system for the determination of complex multimodal particle size distributions between 0.7 and 20 microns |
| Carbon
Evaporator |
Evaporator |
| High-vacuum
turbo-pumped Denton evaporator with capacity for carbon thread,
carbon rod, resistive metal evaporation, dual evaporation mode. |
| Critical Point Dryer |
Critical
Point Dryer |
| Dual Source Metal Evaporator |
Metal
Evaporator |
| Fiber Puller |
| Laser controlled instrument for pulling glass fibers to very fine tips; used primarily for NSOM |
| NICOMP 380 ZLS Particle Sizer |
NICOMP 380ZLS |
| Dynamic light scattering instrument for determining the particle size distribution of particles in a liquid. |
| Sputter
Coater |
| Turbo-pumped
sputter coater with rotating/tilting stage, film thickness monitor;
various targets, including Au, Au/Pd, Pt, Al, Ti |
| Ultramicrotome |
Ultramicrotome |
| Multi-illumination
of the pyramid and knife edge, dual automatic advance system, control
unit with cutting speed control, memory for five combinations of
advance/cutting speed settings, return speed and cutting window
settings. |
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| Name / Description |
Calendar |
| Wet Lab |
N/A |
| Bench space, fume
hood, some chemicals and solvents, plus carbon evaporator (Denton
DV-502A), pH meter, dissecting scope, fiber puller, laminar flow
hood, microbalance, portable glow discharge system (Denton DPG-1),
reverse osmosis water purification system (Millipore), sonicator,
sputter coater (Denton Desk-1 TSC) |
| Clean Room |
Clean Room |
| A small Class 500 Clean Room laboratory available for specimen preparation. The cleanroom is for creation and inspection of MEMs devices such as microstamps or microfludic devices. ITG users need to
reserve time to use the Clean Room. |
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