| Distinctive Capabilities |
| In situ Observation |
| + In situ Observable Autoclave |
| + Curing Oven with In Situ Observation |
| + RTM Molding Tool with In Situ Observation |
| Mechanical Testing |
| + Vacuum Furnace Load Frame |
| + Non-Contact Optical Deformation Measuring System |
| + Microtensile Testing |
| Other Capabilities |
| + Digital Stereo Microscope with 3D Surface Profilometry |
| + Reaction Cell with FTIR Spectroscopy |
| + Heated Tool with Independent Temperature Zones |
| + Ion Polisher |
| + 3D Carbon Fiber Printer |
| Manufacturing |
| Laminate Processing |
| + In Situ Observable Autoclave |
| + Autoclave |
| + Curing Oven with In Situ Observation |
| + RTM Injection System |
| + RTM Mold with In Situ Observation |
| + Hot Press |
| + Heated Tool |
| Characterization |
| Polymer Analysis |
| + Modulated Dynamic Scanning Calorimetry |
| + Rheometer |
| + Gas Pycnometer |
| + Thermogravimetric Analysis |
| + Fourier Transform Infrared Spectroscopy |
| + Dynamic Mechanical Analysis |
| Microscopy |
| + Digital Stereo Microscope |
| + Scanning Electron Microscope(through USC CNI) |
| + Transmission Electron Microscope (through USC CNI) |
| + Focused Ion Beam Microscope (through USC CNI) |
| + Contact Angle Goniometer |
| + Ultrasonic Imaging System |
| + Motion Analysis Microscope |
| Sample Preparation |
| + Ion Polishing |
| + Abrasive Polishing |
| + Low-Speed Diamond Saw |
| Testing |
| Load Frames |
| + Servohydraulic Load Frame |
| + Tabletop Load Frame with Environmental Chamber |
| + High Temperature Vacuum Load Frame |
| + High Load Frame with Environmental Chamber |
| Other Mechanical Analysis |
| + Friction Testing |
| + Nano-Indenter |
| + Impact Drop Tower |
| + Micro-Tensile Testing |
| + Optical Deformation Measuring System |