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 | Center for Archaeological Research Equipment |
| Description:
An EDM total station, plotter, digitizer, scanners, GIS-CAD software, and GPS mapping units allow for production of data that is used in the field and in the production of reports. Microscopes, an ultrasonic cleaner, muffle furnace, drying oven, magnetic susceptibility meter, centrifuge, and digital scales are used in the analysis phases of research. | |
| Flexible Manufacturing and Lean Systems Lab Equipments | |
Description:
· Function: Facilitates research activities in the areas of manufacturing systems engineering, production planning and control, and automation.
· Function: Facilitates research activities in the areas of manufacturing systems engineering and automation.
· Function: Facilitates research activities in the areas of enterprise process engineering, logistics, and web-based monitoring and control.
· Function: Facilitates research activities in the areas of web-based manufacturing systems. Also hosts web site of the Center for Advanced Manufacturing and Lean Systems. | |
| Flexible Manufacturing and Lean Systems Lab Equipments | |
Description:
· Function: Facilitates research activities in the areas of manufacturing systems engineering, production planning and control, and automation.
· Function: Facilitates research activities in the areas of manufacturing systems engineering and automation.
· Function: Facilitates research activities in the areas of enterprise process engineering, logistics, and web-based monitoring and control.
· Function: Facilitates research activities in the areas of web-based manufacturing systems. Also hosts web site of the Center for Advanced Manufacturing and Lean Systems. | |
| Manufacturing Systems and Automation Lab Equipments | |
| Description:
· Flexible Assembly System (Model: FMS-200, from SMC International Training) – An 8-station, PLC-based (programmable logic controller), fully automated assembly system. · Flexible Manufacturing Cell (Intelitek) – includes a CNC (computer numerical control) mill and a robot. · Misc. RFID (Radio Frequency Identification) Equipment (Alien, Omnitrol, Motorola) - includes a dock-door, a smart-shelf, a hand-held reader, a mobile reader, barcode readers, and ceiling antennas. · CNC (computer numerical control) Machines – a lathe (ProLight from Intelitek) and a mill (Emco). · Robotic Vision – A Fanuc robot (LR Mate 200iC) with a vision system · Coordinate Measuring Machine (Zeiss 400) · Inspection Arm (Faro) · Automatic Control Equipment – includes SLC05 and MicroLogix1500 PLCs. | |
| Manufacturing Systems and Automation Lab Equipments | |
| Description:
· Flexible Assembly System (Model: FMS-200, from SMC International Training) – An 8-station, PLC-based (programmable logic controller), fully automated assembly system. · Flexible Manufacturing Cell (Intelitek) – includes a CNC (computer numerical control) mill and a robot. · Misc. RFID (Radio Frequency Identification) Equipment (Alien, Omnitrol, Motorola) - includes a dock-door, a smart-shelf, a hand-held reader, a mobile reader, barcode readers, and ceiling antennas. · CNC (computer numerical control) Machines – a lathe (ProLight from Intelitek) and a mill (Emco). · Robotic Vision – A Fanuc robot (LR Mate 200iC) with a vision system · Coordinate Measuring Machine (Zeiss 400) · Inspection Arm (Faro) · 2 industrial robots: ABB 1600; · Machine Vision station (cameras, fixtures, lighting, filters and software); · Data Acquisition station (National Instruments) | |
| Robotics and Intelligent Machines Lab Equipments | |
| Description:
· 2 industrial robots: ABB 1600; · Machine Vision station (cameras, fixtures, lighting, filters and software); · Data Acquisition station (National Instruments) | |
| Scanning Electron Microscope (SEM) | |
| Description:
UTSA/UTHSCSA Joint Graduate Program he SEM core consists of:
  With these SEMs, the core has attachments for different analyses, such as the nano manipulator for evaluating nanomaterials and EDS for measuring elemental composition. Analysis of dimensions or size of area of interest can also be measured using the SEM software. Other SEM capabilities include the evaluation of 3-D samples. For information on the use of the SEM core facility or user price, please contact Dr. Daniel Oh at 210-458-4942 (e-mail: Daniel.oh@utsa.edu).   (Scaffold Templet for Bone Substitute) (Titanium Nano Tube) | |
| Scanning Electron Microscope (SEM) | |
| Description:
UTSA/UTHSCSA Joint Graduate Program he SEM core consists of:
With these SEMs, the core has attachments for different analyses, such as the nano manipulator for evaluating nanomaterials and EDS for measuring elemental composition. Analysis of dimensions or size of area of interest can also be measured using the SEM software. Other SEM capabilities include the evaluation of 3-D samples. For information on the use of the SEM core facility or user price, please contact Dr. Daniel Oh at 210-458-4942 (e-mail: Daniel.oh@utsa.edu). (Scaffold Templet for Bone Substitute) (Titanium Nano Tube) | |
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