Used for mapping topography of a surface by means of a repulsive Atomic Force electronic force between the surface and 8p of a probe moving over a surface. Microscope Enables reconstruc8on of structures from obtained images by use Confocal Microscope of laser scanning (also contains brightfield and options). Uses and phosphorescence of a substance instead of and Fluorescent absorption. Microscope Mechanical testing of samples using 1000N load cell to test compression and tension. Instron Mechanical testing system capable of uniaxial as well as torsional tes8ng with Test Resources environmental chamber option. Torsion Systems Mock artery circulation system setup. Flow System Dynamic Mechanical Analysis measures mechanical proper8es of materials as DMA func8on of Remove organic contaminants, render surfaces hydrophilic, promote adhesion, etc Plasma Cleaner 8me, temperature, and frequency. (dual/single can8lever, bending, tension, using O2 chemical reactions in a chamber. compression, shear) Quartz crystal microbalance measures the frequency and mass of a sample. The crystal has a certain frequency and as proteins s8ck to the crystal they will change this QCM which will correlate to the mass. Differential scanning calorimetry uses heat transfer to measure properties of a sample DSC such as thermal stability and heat capacity. For routine measurements of thickness and refractive index by measuring change film Ellipsometer in polarization as light or transmits. Thermogravimetric Analysis measures weight changes of a sample as function of time or temperature under a controlled atmosphere (under nitrogen). Usually for TGA measuring thermal stability or composition. Fourier transform infrared spectroscopy to measure absorption and transmission FTIR peaks of the components in a sample. Used to measure size (through dynamic scattering) and zeta potential of Malvern Zetasizer nanoparticles in solution. Nanoparticle Tracking Analysis visualizes and analyzes par8cles in liquids using the Nanoparticle Tracking relationship between Brownian motion to particle size by scattering laser light and Analysis recording video for analysis. Hotplate/Stirrers Vortex Mixers Vacuum Ovens Centrifuges Analytical Balances Hot water baths UV cure box DI water Dishwasher
Atomic Force Microscope Used for mapping topography of a surface by means of a repulsive electronic force between the surface and 8p of a probe moving over a surface. Confocal Microscope Enables reconstruc8on of structures from obtained images by use of laser scanning (also contains brightfield and options). Fluorescent Microscope Uses and phosphorescence of a substance instead of and absorption. Instron Mechanical testing of samples using 1000N load cell to test compression and tension. Test Resources Torsion Systems Mechanical testing system capable of uniaxial as well as torsional tes8ng with environmental chamber option. Flow System Mock artery circulation system setup. DMA Dynamic Mechanical Analysis measures mechanical proper8es of materials as func8on of 8me, temperature, and frequency. (dual/single can8lever, bending, tension, compression, shear) Plasma Cleaner Remove organic contaminants, render surfaces hydrophilic, promote adhesion, etc using O2 chemical reactions in a chamber. QCM Quartz crystal microbalance measures the frequency and mass of a sample. The crystal has a certain frequency and as proteins s8ck to the crystal they will change this which will correlate to the mass. DSC scanning calorimetry uses heat transfer to measure properties of a sample such as thermal stability and heat capacity. Ellipsometer For routine measurements of thickness and refractive index by measuring change in polarization as light or transmits. TGA Thermogravimetric Analysis measures weight changes of a sample as function of time or temperature under a controlled atmosphere (under nitrogen). Usually for measuring thermal stability or composition. FTIR Fourier transform infrared spectroscopy to measure absorption and transmission peaks of the components in a sample. Malvern Zetasizer Used to measure size (through dynamic scattering) and zeta potential of nanoparticles in solution. Nanoparticle Tracking Analysis Nanoparticle Tracking Analysis visualizes and analyzes par8cles in liquids using the relationship between Brownian motion to particle size by scattering laser light and recording video for analysis. Hotplate/Stirrers Vortex Mixers Vacuum Ovens Centrifuges Analytical Balances Hot water baths UV cure box DI water Dishwasher film Differential
biomedical-eng-facilities.docx