Precision Manufacturing
Standard and Custom Motion Solutions: 7 Factors to Consider During the Buying Process
The ultimate success of many advanced manufacturing- and inspection-related projects and processes often hinges on a high-precision motion control solution. Composed of mechanical positioning stages, control electronics and software, the motion solution represents the fundamental platform on which the entire process is based. Defining a motion system that meets the correct technical requirements and fits…
Read MoreHow to Know When Precision Motion Control is the Right Choice
For many engineers working in the automation space, programmable logic controllers, industrial ethernet communication networks and sensors are common tools of the trade. Those tools are used in motor control applications such as controlling fans, pumps and blowers using AC motors; controlling process lines via torque and velocity control with high-powered brushed DC motors; microstepping…
Read MoreMetal Additive Manufacturing
The State of the Industry Metal additive manufacturing holds tremendous promise in how it will enable the production of components that were previously cost prohibitive or could not be produced with conventional manufacturing processes. As a result, industry and academia are making a concerted effort to further the development of metal additive processes. An increasing…
Read MorePiezo Controller Thermal Stability Comparison
Piezo controller design can have a significant effect on thermal stability, causing excessive error in precision motion applications. In this technical note, we briefly describe some techniques used for controlling thermal effects and compare the thermal stability of Aerotech’s piezo control electronics with a competitive design. Thermal stability is paramount in any precision process. Thermal…
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