By Qingsong Xu
An leading edge and well timed advisor to the modeling, layout and implementation of large-range compliant micropositioning platforms in line with flexure hinges - positive factors cutting edge compact mechanism designs for large-range translational and rotational positioning- presents unique and concise remedy of varied flexure hinges with well-presented layout and regulate equipment- specializes in layout implementation and applications via exact examples. Read more...
summary: An cutting edge and well timed consultant to the modeling, layout and implementation of large-range compliant micropositioning platforms in keeping with flexure hinges - good points cutting edge compact mechanism designs for large-range translational and rotational positioning- presents unique and concise therapy of assorted flexure hinges with well-presented layout and keep watch over equipment- specializes in layout implementation and purposes via precise examples
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Additional resources for Design and Implementation of Large-Range Compliant Micropositioning Systems
With a 5-mm input displacement, the FEA result is illustrated in Fig. 7 for the material. 83 N. 0%. 46 mm. 9%. It is observed that the simple analytical models predict the stage performance with relatively large deviations. As a future work, nonlinear models may be established to evaluate the stage performances more accurately. Moreover, modal analysis is conducted to evaluate the dynamics performance of the XY stage.
Similarly, more variations of the flexure XY stage can be obtained. Furthermore, to improve the accuracy performance and reduce the temperature-gradient effect, a mirror-symmetric XY stage can be obtained by adopting the 4-PP parallel mechanism, as shown in Fig. 4(a). For example, such a monolithic flexure XY stage is implemented as shown in Fig. 4(b). It is notable that each variation in Fig. 3 can be improved as a mirror-symmetric 4-PP flexure mechanism. Due to the symmetric structure, the in-plane parasitic motion of the XY stage can be neglected.
Pp. 2132–2137. , and Gillet, D. (2006) Strategy for the control of a dual-stage nano-positioning system with a single metrology, in Proc. IEEE Conf. on Robotics, Automation and Mechatronics, pp. 1–8. , and Zhu, Y. (2010) A dual-stage control system for high-speed, ultra-precise linear motion. Int. J. Adv. Manuf. , 48, 633–643. J. (2007) Design of a precision compliant parallel positioner driven by dual piezoelectric actuators. Sens. , 135 (1), 250–256.  Xu, Q. (2012) Design and development of a flexure-based dual-stage nanopositioning system with minimum interference behavior.