Planteros del poniente vendedor de plantitas panamericana,chamapa lecheria,huixquilucan estado de mexico,Jorge plata torres voto de confianza para irme acompañando en camino emprendimiento atravez de la encubadoras sobre la panamericana;queretaro desarrollo de tecnologia;saludos.
Most arms at this price are above 0.5mm : ) But we will optimize it, and I think in the physical world, the vision camera will assist the arm in optimizing accuracy
Let's say you have two sets of coordinates, X, Y and Z. One set of those coordinates is the origin, and the other set of coordinates is the destination for where the robot arm needs to be at the end of its cycle. Given that there are kinematic calculations that need to be done between those two sets of coordinates, what would you envision the cycle times would be from the origin to the destination? If you were to improve on those cycle times, how would you recommend that be done? Finally, if you were to re-create this arm as a five axis design, for purposes of adding an end effector - something to grab an object with, how do you think that would impact the performance of the robot arm?
Really cool with the PGE50 gripper in the claw, when I built mine I made the claw with a servo and push-rods from 3d printed parts and it was very hard to get it reliable, took me a few months of work. Next time I'll just use a PGE50. The Mavic 3 with the rear loading battery has really made the removal and insertion process very difficult compared to the Mavic 2.
Hi Sir, this is our store jacode.en.alibaba.com/ And this motor is listed in this link www.alibaba.com/product-detail/Harmonic-Drive-Motor-Robot-Actuator-Brushless_1600968015387.html?spm=a2700.shop_plgr.41413.4.79a25ef3ohHLqC
@@galaxian990 About $420/set, it uses a harmonic reducer and a brushless DC motor, so it is not only used in university laboratories but in industrial applications, and it can achieve very good accuracy. Next we will add velocity compensation function to it
