Purpose Design the sextupole precision mover for the Southern Advanced Photon Source that has requirements exceeding commercially available machines.Methods The design of the mover has been verified to meet the requir...Purpose Design the sextupole precision mover for the Southern Advanced Photon Source that has requirements exceeding commercially available machines.Methods The design of the mover has been verified to meet the requirements through a combination of static and dynamic simulations using ANSYS software,as well as relevant experimental testing.Results The mover we constructed has an absolute positioning error of 2 and 3µm,a maximum inclination angle of 1.55″and 5.67″in the horizontal and vertical motion directions respectively under a 400 kg load.Its vibration force transmission rate is 1.065.Conclusion The mover utilizes a non-coupled structure consisting of four layers of stainless steel plates,which exhibits good manufacturability.It is capable of achieving high precision and stability under a 400 kg load,meeting the requirements.展开更多
文摘Purpose Design the sextupole precision mover for the Southern Advanced Photon Source that has requirements exceeding commercially available machines.Methods The design of the mover has been verified to meet the requirements through a combination of static and dynamic simulations using ANSYS software,as well as relevant experimental testing.Results The mover we constructed has an absolute positioning error of 2 and 3µm,a maximum inclination angle of 1.55″and 5.67″in the horizontal and vertical motion directions respectively under a 400 kg load.Its vibration force transmission rate is 1.065.Conclusion The mover utilizes a non-coupled structure consisting of four layers of stainless steel plates,which exhibits good manufacturability.It is capable of achieving high precision and stability under a 400 kg load,meeting the requirements.
