Hydraulic%20equipment - Import export

Numerically-controlled hydraulic press brake, numerically-controlled hydraulic shearing machine, numerically-controlled machining centres, numerically-controlled lathes and milling machines, mortising machines, presses, drilling machines, rolling machines, semi-automatic welding station, TIG/Plasma/Oxycutting workstation, paint booth, assembly workshop (mechanics, hydraulics, pneumatics, electrics, automation), lifting equipment, testing and programming workstations, etc. With our diverse range of facilities and modular covered areas, we can manufacture practically any type of installation or equipment, with unlimited space and technological expertise. Our multidisciplinary team of highly qualified specialists, combining long-standing experience with the technical skills of youth, guarantees the optimal operation of our equipment and the quality of the facilities delivered to you.

In addition to being able to work on site in an emergency to diagnose an unexpected breakdown and repair your installation, we are equipped with: a comprehensive machine fleet (numerically-controlled machining centres, lathes and milling machines, mortising machine, press, drilling machines, rolling machines, semi-automatic welding station, TIG/Plasma/Oxycutting station) meaning that we can manufacture products to measure and supply all your replacement and wear parts in an emergency an assembly workshop (mechanics, hydraulics, pneumatics, electrics, automation), lifting equipment and testing and programming stations, where mechanical and electrical assemblies and sub-assemblies can be produced urgently and with a high degree of flexibility

Motorization by integrated pneumatic cylinder Driving by rack and pinion system Adjustable mechanical stops Hydraulic shock absorbers Inductive sensors The wrist of a manipulator arm These rotary modules are, for example, the wrist of a manipulator arm, the turner of parts on a conveyor or the axis of rotation of an oscillating manipulator. In general, they rotate the gripper that grips the part. These modules are equipped with hydraulic dampers and inductive sensors, the rotation guidance is ensured by 2 ball bearings that allow this module to be used in all directions, even with offcentered payload. Rotary cylinder without angular play at end of stroke The end stops located under the plate allow there to be no shock in the rack and pinion transmission and no angular play at the end of the stroke. The absence of angular play allows use in assembly or precise positioning applications with 2 positions and the absence of impact in rack

Pneumatic manipulator for handling drived by ISO pneumatic cylinder. Guided by 2 rods on ball bushings and end stroke adjustable by mechanical stops. Hydraulic shock absorbers, inductive sensors and flow limitation are supplied. Pneumatic pick and place and 3 axes handling systems The combination of 2 pneumatic manipulators makes it possible to create pick & place (XZ manipulators) for assembly, loading, packaging machines … By combining them with gantries it’s possible to realize 3axis cartesian pneumatic manipulators. Equipped with hydraulic dampers, inductive sensors and flow limiters, these manipulators are ready to be installed and wired. Optimized end of stroke adjustments The fine adjustment of the stroke is done by mechanical stops without any intervention on the hydraulic dampers and the inductive detectors this saves time, guarantees the reliability of the adjustment and ensures an optimal lifetime of these components.

Fixing by its sturdy end plate Drived by ISO pneumatic cylinder Guided by 2 rods on ball bushings Adjustable mechanical stops Hydraulic shock absorbers Inductive sensors Flow limitation Easier implementation Attached to the frame by its end thanks to a sturdy flange, they serve as a lifting module for assembly, loading and conditioning machines. By combining them with Type 37 linear manipulators, you can create 2axis ZX. Equipped with hydraulic shock absorbers, inductive sensors and flow limiters, these manipulators are ready to be installed and wired. Optimized end of stroke adjustments The fine adjustment of the stroke is done by mechanical stops without any intervention on the hydraulic shock absorbers and the inductive sensors this saves time, guarantees the reliability of the adjustment and ensures an optimal lifetime of these components. All these components are very common on the market and are very accessible, thus facilitating the maintenance