Mecline® linear screw modules
Linear screw modules are characterised by high stiffness and relative and absolute positioning accuracy. The excellent axial thrust capabilities and high smoothness represent the best technical compromise in terms of precision and load.
The direct coupling of the motor, thanks to the combined roller friction principle between the guide rails and the screw, allows for low torques, thus the size, of the applied motors.
Ball Screw Linear Actuator
We design complete structures with ball screw linear actuators. This type of actuator is precise, rigid, and compact, featuring a ball screw drive.
These characteristics enable high positioning accuracy throughout all processing phases, delivering high performance levels and repeatability within 5 μm.
Ball screw linear actuators provide exceptional positioning precision. They utilize precision-rolled ball screws with either preloaded or non-preloaded ball nuts, depending on the model.
Thanks to the ball screw and guide technology, these actuators ensures outstanding performance, including:
- High axial thrust with precise positioning
- High mechanical efficiency
- Low wear
- Low resistance to movement
- High speed (for long-lead ball screws)
Main Applications:
- Production and assembly lines
- Industrial machinery
Applications of Ball Screw Linear Actuators
Application sectors
Meccania makes your ideas concrete by creating aluminum frames and modular and combinable equipment for the servicing of industrial machines, exploiting the flexibility and versatility of aluminum profiles.
Why do customers choose Meccania?
Beacause we provide tailored service, from design to delivery (MecGenius®).
Contact us for more information
Meccania provides its customers with drawings in DXF and STEP format of the aluminium extrusions and matching accessories, to be able to design on your own. Simply follow the navigation menu to download all extrusion data sheets in PDF format. In order to view and freely download our catalogue and all drawings, you must be registered.