Wide range of assembly presses for force-distance-monitored assembly and testing tasks: four different series in the force range from 200 N to 1,000 kN with a large selection of strokes and speeds for a wide range of applications.

PROMESS offers a wide range of electromechanical NC joining systems for force-displacement-monitored assembly, joining and inspection tasks. Our product series UFM Line5, UFM Compact5, UFM Precision5 and UFM Classic feature electromechanical joining modules for a wide range of applications.
Our NC joining systems UFM Precision5 are the specialists in the microtechnology field, watch industry or medical technology. The precision mechanics of the servo press, its high-resolution sensors and intelligent control enable results in the micrometer range.
For tasks with a narrow inside micrometer, e.g. when attaching valve seat inserts and guides, the UFM Compact5 series servo press is particularly suitable. The servo motor for this type of model is parallel to the housing and thus ensures a low overall height of the servo press.
Our electromechanical NC joining systems UFM Line5 have solid mechanics with integrated force-displacement sensors and a flange-mounted motor or gearbox. The servo press is available in various standardized sizes and power ranges: 10, 30, 60,100 and 200 kN.
The units of the UFM Classic series offer a wide range of load ranges and nominal strokes and thus numerous configuration possibilities. Depending on customer requirements, the servo press is equipped with strain gauges or piezo force measurement technology and has a flexible drive concept in which the motor is mounted angled or inline to the press mechanism as required.
The main areas of operation of the servo presses are transmission, engine or chassis assembly in the automotive and subcontracting industries. Increasingly they are also being used in the areas of e-mobility and battery assembly. And they are used in other industrial branches, such as medical technology, watchmaking, microtechnology and electrical engineering.