Compared with traditional pneumatic cylinder and hydraulic cylinder, PUMO servo electric cylinder has many significant advantages: high precision and controllability - ± 0.01mm repeated positioning, support position/speed/thrust three mode online switching, and with pressure feedback, it can achieve precision constant force press fitting and overpressure self-protection, which is impossible for pneumatic cylinder; Green, clean, and low maintenance - no risk of hydraulic oil leakage, no consumption of compressed air, and no emission of noise (operating noise<65dB), meeting the cleanliness requirements of the food, pharmaceutical, and electronics industries. Only designated lithium based grease needs to be added every six months to one year, and maintenance costs are less than one-third of hydraulic systems; Significant energy saving - only consumes power during exercise, zero power during standby, with a comprehensive energy consumption of about 30% to 50% of the same level hydraulic system; High rigidity and long service life - ball screw transmission efficiency>90%, aluminum alloy cylinder body+hard chrome plated push rod wear-resistant, design service life can reach tens of millions of reciprocating cycles (depending on load conditions), far superior to the aging failure cycle of cylinder sealing rings; Flexible programmability and data traceability - supports multiple position/velocity presets, smooth start stop planning of acceleration S-curve, and real-time recording of pressure displacement curves during the pressing process and uploading them to the MES system, meeting ISO quality traceability requirements; Safety and flexibility - dual protection of electronic soft limit and mechanical hard limit, maximum thrust/maximum travel limit can be set through software, flexible collision detection to avoid collision; Vertical installation with optional servo brake to prevent slipping.

In addition, PUMO electric cylinders can synchronize multiple cylinders (such as a four point synchronous lifting platform), support real-time bus microsecond level synchronous refresh such as EtherCAT, and are ideal execution terminals for building digital and intelligent production lines. These advantages enable it to quickly replace traditional fluid power actuators in fields such as automotive, new energy, 3C, and military simulation. Some high protection versions can work reliably in environments with cutting fluid splashes or mild dust for a long time, and the stainless steel shell and food grade grease versions can meet hygiene requirements.