Fiam’s electrical revolution continues.
Nowadays the components to be assembled include several variants which, besides different geometries, are designed for different types of screws and torque values. Therefore a complete production flexibility which involves the use of efficient, versatile and smart tools is needed.
eTensil new range meets these requirements thanks to its torque/angle control current system, which ensures a great productive versatility.
Electric screwdrivers with automatic screw feed
Electric screwdrivers with automatic screw feed are automatic screwdrivers that increase productivity by eliminating the manual steps of picking screws and positioning them on the bit or workpiece, thereby helping to reduce cycle times by over 30%.
When tackling tightening jobs with medium and large runs of identical screws, they speed up the production cycle with their continuous supply of screws that are automatically sent to the tightening point.
Straight and pistol versions are available for working in the best way in any production situation.
MCA electric tightening modules: They can be integrated anywhere.
MCA electric tightening modules with eTensil nutrunner motors are Plug and Play solutions, ready and tested for integration into existing production solutions, such as:
- assembly lines
- turntables
- manipulators
- x, y, z electric cartesian axes in order to tighten at different working heights
- robots
- cobots
Tightening systems able to increase production capacity and tightening process quality, and therefore also end product quality.
ALL THE BENEFITS OF MCA ELECTRIC TIGHTENING MODULES:
- screws are sent continuously and quickly from the feeder to the screw-retaining device
- the approach and subsequent tightening of the screw on the component is automatic and accurate
- the whole tightening cycle is controlled and monitored by an integrated PLC that interfaces with the automated production systems (Industry 4.0).
- the resulting tightening cycles are complete and autonomous, with a simple external start.
