![]() This can be achieved in multiple ways, depending on the overall goals of the lab-whether a lab is looking for the quickest overall process, the best surface finish or versatility to prepare many different materials. The goal of grinding and polishing steps is to prepare a final polished specimen that is free of deformation and suitable for analysis. Non-contact surface texture measurements mean no consumables and rapid payback to control processes with correlation to 2D and 3D standards (ISO 25178) and complete gage-capability.īuehler Ecomet 300 (Grinder-Polisher) Buehler Ecomet 300 (Grinder-Polisher) ![]() ZeGage ™ profilers with patented SureScan ™ technology deliver high-resolution 3D surface metrology in seconds on the shop floor. ZYGO Zegage Optical Profiler ZYGO Zegage Optical Profiler The machine is integrated with a CAD/CAM software interface, with Python scripts developed to sequentially print components across multiple batches employing the controller’s various interfaces.Īpart from scanning electron microscope imaging capability, this instrument includes energy dispersive spectroscopy to acquire spatially resolved elemental chemistry information. The modular architecture of the Optomec Print engine also allows users rapid integration with other metal working platforms such as CNC milling machines, lathes, robots, laser cutting and welding systems to create a hybrid manufacturing system. The online metrology and closed-loop process control modules enable us to perform in situ process monitoring and control experiments and analyses because it allows us to have precise control over the materials deposition rate and process planning parameters based on the desired material properties and part geometry. MFS15050 with IP67 rated protection), along with a high-speed camera and thermal imaging system. It is integrated with multiple sensors, including AE (Physical Acoustics WSA wide band sensor), accelerometer (K-Shear 8728A500) and a tri-axis dynamometer (CNIC Electric Co. The LENS technology allows precise control of component composition through a multipowder delivery system where the feed rate of elemental or pre-alloyed powders can be individually controlled, thereby allowing us to optimize the materials properties of produced functionally graded parts. Smart Hybrid Machine Tool: Instrumented Optomec LENS MTS 500 Hybrid 3D Printer for Synthesis Cell Optomec MTS 500 Hybrid DED ![]() It consists of several modules including Optomec Proprietary SteadyFlow ™ powder feeders, LENS processing head with interchangeable nozzles, fiber laser, integrated tool path generation software, SmartAM ™ closed loop controls and full safety packages. The facility also has an Optomec LENS ® Print Engine with online metrology capability and an optical table. Available resources cover a wide range of manufacturing capabilities from a Haas 5-axis CNC milling machine to multimetal deposition 3D printers and advanced materials characterization instruments. The Advanced Manufacturing Facility features over $5 million worth of equipment and spreads across 5,000 square feet. Institute for Manufacturing Systems Core facilities Optomec LENS® Print Engine with wideband differential AEsensor, Photron Mini AX 200, and ADX元35 MEMS Accelerometer. Texas A&M University and the Texas A&M Engineering Experiment Station provide world-class technical and logistical support that complements the specific capabilities of the Institute for Manufacturing Systems in carrying out research projects.
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